global power solutions - Alpha Technologies Broadband

global power solutions - Alpha Technologies Broadband
global power solutions
t o t a l
p o w e r
s o l u t i o n s
b y
a l p h a
t e c h n o l o g i e s
Total POWER Solutions
† Alpha Power
Alpha pioneered the concept of reliable uninterruptible power for communications networks, and in the
process has set a 35-year precedent for visionary, market-driven power solutions. Today, with millions
of power systems installed around the world, we continue to focus on providing the most reliable,
innovative and energy efficient powering solutions.
† Global Reach
With millions of powering systems installed and sales, manufacturing and service facilities located
around the world, we are able to help you in a language you’ll understand. This global reach gives us the
expertise to provide your specific power solution.
Key
Corporate Office
Service Center
Contract Service Center
† Our Goal: Reducing Your Total Cost of Ownership
We set high standards for ourselves in
engineering the next-generation power
technologies and are committed to
extreme reliability, cost savings and
best-in-class performance.
Instead of giving you data,
intelligent power products give
you answers. We are continually
working to provide the answers that
optimize power system performance.
Running a cleaner and more efficient
powering network can greatly reduce
the amount of resources consumed,
and at the same time lead to big
reductions in operational expenses.
Through proper load matching
and power supply sizing, tailored
powering systems can perform at
up to 94 percent efficiency, including
room for system growth.
Table of Contents
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††XM3-HP.................................................................................. 6-9
††XM3V-HP..................................................................................10
††XM2-300HP..............................................................................11
††VMX Series..............................................................................12
††GMX Series..............................................................................13
††APX..........................................................................................14
††APX2 G Series..........................................................................15
††Alpha Power Booster...............................................................16
††SmartPack...............................................................................17
††AlphaGateway SMG.................................................................18
††Alpha XM360...........................................................................19
††Alpha DM3.0............................................................................20
††AlphaNet™ EDH4......................................................................21
††AlphaNet™ DSM3............................................................... 22-23
††AlphaNet™ IDH4................................................................. 24-25
††Continuity Software.................................................................26
††Node Power System................................................................27
††PWE Enclosure.........................................................................28
††UPE & UPE-M Enclosures........................................................29
††LPE Enclosure..........................................................................30
††HSHP Enclosure.......................................................................31
††Security Accessories...............................................................32
††Enclosure Accessories............................................................33
††Powernode Systems................................................................34
††Surge Protection......................................................................35
††Fibernode Power Enclosure.............................................. 36-37
††AlphaGen™ Curbside...............................................................38
††AlphaGen™ DCX2000...............................................................39
††AlphaGen™ DCX3000...............................................................40
††AlphaGen™ ACX2000i..............................................................41
††AlphaCell® 3.5HP & 4.0HP................................................. 42-43
††AlphaCell® GXL........................................................................44
††AlphaCell® MS Endur...............................................................45
††AlphaCell® SMU.......................................................................46
††AlphaCell® XTV........................................................................47
††AlphaGuard™...........................................................................48
††Battery Testing Equipment......................................................49
Fiber Power Systems
††FlexPoint™ AX 12VDC..............................................................52
††FlexPoint™ Product Family......................................................53
††FlexPoint™ 1208-F...................................................................54
††FlexNet™ 48VDC 50W...............................................................55
††FlexNet™ 48VDC 150W.............................................................56
††FlexNet™ 48VDC 300W.............................................................57
††Radium MiniBay......................................................................58
††Flexible Backhaul Enclosure 2322..........................................59
telecom Power Systems
††Cordex™ Power Systems................................................... 62-65
††Cordex™ 650/400W..................................................................66
††Cordex™ 400 and 650W...........................................................67
††Cordex HP™ 1.2kW...................................................................68
††Cordex HP™ 2.4kW...................................................................69
††Cordex HP™ 4kW......................................................................70
††Cordex HP™ 12kW....................................................................71
††CXPS 24—48-i & 48—24-i......................................................72
††CXPS 48-1.8-M2......................................................................73
AC UPS & backup power systems
††Outdoor Powering Solutions...................................................76
††Micro Secure 100....................................................................77
††Micro 350.................................................................................78
††Micro 1000...............................................................................79
††FXM UPS Series.......................................................................80
††CFR Series...............................................................................81
††Alpha Sentra XL.......................................................................82
††Alpha Continuity 1000-3000...................................................83
††Alpha Continuity 6-10K...........................................................84
††TRI-Power X33 Mod HP...........................................................85
††TRI-Power X31 HE...................................................................86
††TRI-Power X33 HE............................................................. 87-89
††Galaxy Series...........................................................................90
††Triniti 4200 Series....................................................................91
††EPS 7000..................................................................................92
††Flextra Enclosures...................................................................93
††MMOE Enclosure......................................................................94
††INEX System............................................................................95
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Alpha Technologies produces the most reliable, technologically advanced and
cost-effective broadband cable powering solutions on the market. Alpha’s full
line of power products include:
††XM3-HP................................................................................................. 6-9
††XM3V-HP.................................................................................................10
††XM2-300HP.............................................................................................11
††VMX Series.............................................................................................12
††GMX Series.............................................................................................13
††APX.........................................................................................................14
††APX2 G Series.........................................................................................15
††Alpha Power Booster..............................................................................16
††SmartPack..............................................................................................17
††AlphaGateway SMG................................................................................18
††Alpha XM360..........................................................................................19
††DM3.0......................................................................................................20
††AlphaNet™ EDH4.....................................................................................21
††AlphaNet™ DSM3.............................................................................. 22-23
††AlphaNet™ IDH4................................................................................ 24-25
††Continuity Software................................................................................26
††Node Power System...............................................................................27
††PWE Enclosure........................................................................................28
††UPE & UPE-M Enclosures.......................................................................29
††LPE Enclosure.........................................................................................30
††HSHP Enclosure......................................................................................31
††Security Accessories..............................................................................32
††Enclosure Accessories...........................................................................33
††Powernode Systems...............................................................................34
††Surge Protection.....................................................................................35
††Fibernode Power Enclosure............................................................. 36-37
††AlphaGen™ Curbside..............................................................................38
††AlphaGen™ DCX2000..............................................................................39
††AlphaGen™ DCX3000..............................................................................40
††AlphaGen™ ACX2000i.............................................................................41
††AlphaCell® 3.5HP & 4.0HP................................................................ 42-43
††AlphaCell® GXL.......................................................................................44
††AlphaCell® MS Endur..............................................................................45
††AlphaCell® SMU......................................................................................46
††AlphaCell® XTV.......................................................................................47
††AlphaGuard™..........................................................................................48
††Battery Testing Equipment.....................................................................49
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5
XM3-HP
Advanced Efficiency Technology
The Alpha XM3-HP triple efficiency ferro technology optimizes the
power supply’s performance, resulting in significantly reduced utility power
consumption and a direct savings in network operations.
Exclusive, Patent-Protected Transformer Design
† Highest Line Mode Efficiency
The XM3-HP offers the highest line mode efficiency available, requiring less AC utility power to support a load.
† Tightest Output Voltage Regulation
Alpha’s XM3-HP provides the tightest output voltage regulation ever offered to reduce I2R cable power losses.
† Maximum Inverter Efficiency
Significant gains in inverter efficiency directly translate into increased battery runtimes, further improving network performance and power outage
recovery capabilities.
† Load Optimization
The XM3-HP is available in several models to best match network load requirements.
Guide for Optimal Efficiency
xm3-910E-hp & XM3-910HP
Maximum Efficiency
xm3-615CE-hp
xm3-915m-hp, xm3-915p-hp,
xm3-915e-hp & xm3-915hp
xm3-622CE-hp
6
0a
2a
4A
6A
8A
10A
12A
14A
16A (90V)
0a
3a
6A
9A
12A
15A
18A
21A
24A (60V)
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XM3-HP
Advanced Battery Management
The Alpha XM3-HP’s advanced battery management optimizes
battery life and contributes to reducing both capital expenditures
and on-going operating costs.
† Embedded Battery Balancing
The Alpha XM3-HP embedded AlphaGuard™ uses advanced battery balancing technology to redirect current from overcharged batteries to the
undercharged battery, optimizing battery service life.
AlphaGuard—Balancing
AlphaGuard—Balanced
2500mA
1300mA
1300mA
300mA
12.66VDC
14.00VDC
14.00VDC
13.62VDC
Battery Charger Float Voltage: 40.86VDC
Battery Charger Float Voltage: 40.86VDC
† Extended Runtime
† Dynamic Multi-Stage Charging
The Alpha XM3-HP’s advanced battery management and increased
inverter efficiency maximizes battery runtime in the network.
AlphaCell HP (Estimated Runtime Minutes Using XM3-HP)
Models
3 Batteries:
6 Batteries:
4A
90VAC @
Models
3 Batteries:
6 Batteries:
3.5HP
540
1144
4.0HP
588
1264
3.5HP
358
771
4.0HP
193
404
3.5HP
137
308
8A
4.0HP
394
841
3.5HP
263
574
4.0HP
164
342
3.5HP
116
264
14A
The Alpha XM3-HP’s dynamic 5-stage battery charging technology
provides system batteries with optimal charge management.
bulk | accept | float | refresh | rest
6A
12A
3.5HP
165
368
300mA
13.62VDC
13.62VDC
Batteries are balanced within ±0.1VDC
Float voltage across each battery is equal (13.62VDC @ 77°F/25°C)
Optimal float voltage is 13.62VDC @ 77°F/25°C
90VAC @
300mA
10A
4.0HP
295
324
3.5HP
204
450
4.0HP
142
295
3.5HP
100
227
16A
4.0HP
234
491
18A
4.0HP
123
257
AlphaCell GXL (Estimated Runtime Minutes Using XM3-HP)
90VAC @
Models:
3 Batteries:
6 Batteries:
90VAC @
Models:
3 Batteries:
6 Batteries:
4A
6A
8A
10A
195GXL 220GXL 195GXL 220GXL 195GXL 220GXL 195GXL 220GXL
476
550
313
363
229
265
177
205
1026
1177
685
789
506
585
396
458
12A
14A
16A
18A
195GXL 220GXL 195GXL 220GXL 195GXL 220GXL 195GXL 220GXL
142
164
118
136
99
115
322
373
269
311
229
266
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7
XM3-HP
Advanced Intelligence Platform
The Alpha XM3-HP’s internal intelligence provides Network Operation
Centers (NOC) with the critical and highly relevant data necessary to
reduce operating expenses through remote management.
† Embedded DOCSIS® Communications
The Alpha XM3-HP’s AlphaNet™ Integrated DOCSIS® communications platform enables access to all of the XM3-HP’s advanced information and
diagnostics through a standard (SNMP) network interface.
DOCSIS Communications Menu
COMM – GENERAL
CM MAC ADDRESS
COMM – GENERAL
CM IP ADDRESS
h
i
COMM – GENERAL
CM RECEIVE POWER
192.168.1.120
00:90:EA:00:36:EA
h
ESC
MAC Address
i
COMM – GENERAL
CM TRANSMIT POWER
9.8dBmV
h
ESC
i
IP Address
39.0dBmV
h
ESC
i
ESC
Receive and Transmit Power Levels
Network Power Backup Capacity
> 3 Hours
2-3 Hours
1-2 hrs
< 1 Hr
Calculating
Not Available
† Embedded AlphaApps
Power reliability algorithms use real-time data to predict service intervals and battery replacements.
Battery Expected Life
BATT
A1
hi
DATE
Network Power Backup Capability
Network Power Backup Capacity
Battery Expected Life
1/10
Adjust Value
ENTR to shift field
ENTR
h
i
ESC
> 3 Hours
< 1 Year
1-2 Years
2-3 Years
3-5 Years
> 5 Years
2-3 Hours
1-2 hrs
< 1 Hr
Calculating
Not Available
Enter Battery Date Code & MHOs Reading
Battery Expected Life
Utility Performance Reports
Battery MHOs Trending
Utility Performance Reports
Total Power Supplies = 1600 • North American MSO
4.0%
Site #028A1B1 Historical Conductance Analysis Report AlphaCell 195GXL
1400
Sags
Battery A1
Battery A2
Battery A3
2.0%
800
PM Recommended
Outages
Healthy
1000
Surges
2.5%
1.0%
400
0.5%
200
January
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February
March
April
May
June
0
Replace
600
1.6%
0.0%
8
1200
Freq Shifts
3.0%
MHOs
Precent of Power Supplies Affected
3.5%
< 1 Year
1-2 Years
2-3 Years
3-5 Years
> 5 Years
2012
2013
2014
2015
2016
2017
2018
XM3-HP
CableUPS® Power Supply
††Improved efficiency levels
††Optimized network performance
††Reduced operating costs and total cost of ownership
Models
915M-HP
915P-HP
910E-HP
915E-HP
615CE-HP
622CE-HP
908HP
910HP
915HP
918HP
127
60Hz
±3
200-240
60Hz
±3
200-240
50Hz
±3
200-240
50Hz
±3
230
50Hz
±3
230
50Hz
±3
120
60Hz
±3
120
60Hz
±3
120
60Hz
±3
120
60Hz
±3
-34 / +15
-30 / +20
-30 / +20
-30 / +20
-30 / +20
-30 / +20
-30 / +15
-30 / +15
-30 / +15
-30 / +15
63 / 89
-5 / +1
15A
1350
Up to 94%
Up to 91%
10A
36
63 / 89
-5 / +1
15A
1350
Up to 94%
Up to 91%
10A
36
63 / 89
-5 / +1
15 / 10A
900
Up to 94%
Up to 91%
10A
36
63 / 89
-5 / +1
22 / 15A
1350
Up to 94%
Up to 91%
10A
36
63
-6 / +1.5
15A
900
Up to 94%
Up to 91%
10A
36
63
-6 / +1.5
22A
1408
Up to 94%
Up to 91%
10A
36*
63 / 89
-5 / +1
8A
720
Up to 94%
Up to 91%
10A
36
63 / 89
-5 / +1
10A
900
Up to 94%
Up to 91%
10A
36
63 / 89
-5 / +1
15A
1350
Up to 94%
Up to 91%
10A
36
63 / 89
-5 / +1
18A
1620
Up to 94%
Up to 91%
10A
36
60 / 27.2
60.5 / 27.5
Fine Mode Parameters
Nominal AC Input Voltage (VAC):
Nominal Input Frequency:
Input Frequency Tolerance (%):
Input Voltage Operating
Range Tolerance (%):
Output Voltage (VAC):
Output Voltage Regulation:
Maximum Rated Output Current:
Output Power (VA):
Line Mode Efficiency:
Standby Efficiency:
Bulk Charger Current 1:
Battery Voltage (VDC):
Mechanical
Inverter Module:
Dimensions H x W x D (in/mm):
Weight (lb/kg):
Input Power Connector:
Battery Connector:
Remote Temp Sensor:
Display:
LRI Connector:
Mounting:
60 / 27.2
60 / 27.2
Front plug in, Hot-swappable inverter module
7.8 x 15 (16.7 w/handle) x 10 (10.7 w/handle) / 198.1 x 381 (424.18 w/handle) x 254 (271.8 w/handle)
53 / 24.1
67 / 30.5
53 / 24.1
67 / 30.5
48.5 / 22
49 / 22.3
IEC 320/C20
Anderson style 75A
Ring lug fastens to negative terminal on center battery
4 Line by 20 character blue LCD with soft-key menu controls
Anderson PP30's
Shelf mounts inside suitably rated electrical enclosure
Environment
Operating Temperature:
Storage Temperature:
Humidity:
Conformal Coating:
-40 to 60°C / -40 to 140°F (derate by 2°C / 3.6°F per 1000 feet above 3000 feet)
-40 to 70°C / -40 to 158°F
0 to 95% non-condensing (relative)
All printed circuit board assemblies to prevent mositure related failure
Details
Name Plate Rating (VAC):
Input Window (% of Nominal Input):
Input Range (VAC):
Output Regulation (%):
Load Range:
Output Voltage Min/Max (VAC):
127
-34 / +15
84-146
-5 / +1
1-15A
84.6 / 90
200-240
-30 / +20
161-276
-5 / +1
1-15A
84.6 / 90
Y
Y
Y
Y
NRTL/C
NRTL/C
Y
Y
200-240
-30 / +20
161-276
-5 / +1
1-10A
84.6 / 90
200-240
-30 / +20
161-276
-5 / +1
1-15A
84.6 / 90
230
-30 / +20
161-276
-6 / +1.5
1-15A
59.2 / 64
230
-30 / +20
161-276
-6 / +1.5
1-22A
59.2 / 64
Y
Y
Y
Y
CE
Y
Y
CE
Y
Y
Y
Y
Y
Y
110-127
-30 / +15
161-276
-5 / +1
1-8A
84.6 / 90
110-127
-30 / +15
84-138
-5 / +1
1-10A
84.6 / 90
110-127
-30 / +15
84-138
-5 / +1
1-15A
84.6 / 90
110-127
-30 / +15
84-138
-5 / +1
1-18A
84.6 / 90
Y
Y
Y
Y
Y
Y
Y
Y
NRTL/C
NRTL/C
NRTL/C
NRTL/C
Y
Y
Y
Y
Safety Compliance
UL/CSA 60950-1, UL 1778,
CSA 107.3 (NRTL/C):
IEC 60950-1 (CB):
IEC 62040-1:
Safety Mark:
EMC Compliance
FCC Part 15 Class A:
IEC/EN 50083-2 (CATV):
IEC/EN 65040-2 (UPS):
CISPR22:
*
1
XM2-622CE will continue as a 48V model until further notice.
Bulk charger current @ 80% load & nom line.
Y
Y
Y
Y
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9
XM3V-HP
CableUPS® Power Supply
††Improved efficiency levels
††Optimized network performance
††Reduced operating costs and total cost of ownership
††Wall-mountable configuration
Models
608CE-HP
608CE-HP-24
618CE-HP
618CE-HP-24
912E-HP
912E-HP-24
906E-HP
906E-HP-24
230
50
±3
-30 / +20
63
-3.5 / +1.5
8
504
Up to 94
Up to 91
6
36
230
50
±3
-30 / +20
63
-3.5 / +1.5
8
504
Up to 94
Up to 91
6
24
230
50
±3
-30 / +20
63
-3.5 / +1.5
18
1134
Up to 94
Up to 91
10
36
230
50
±3
-30 / +20
63
-3.5 / +1.5
18
1134
Up to 94
Up to 91
10
24
200–240
50
±3
-30 / +20
89
-5 / +1
12
1068
Up to 94
Up to 91
10
36
200–240
50
±3
-30 / +20
89
-5 / +1
12
1068
Up to 94
Up to 91
10
24
200–240
50
±3
-30 / +20
89
-5 / +1
6
534
Up to 94
Up to 91
6
36
200–240
50
±3
-30 / +20
89
-5 / +1
6
534
Up to 94
Up to 91
6
24
23.8
IEC 320/C20
23.8
IEC 320/C20
-40 to 70
-40 to 70
N/A
Yes
N/A
N/A
N/A
Yes
N/A
N/A
Parameters
Nominal AC Input Voltage (VAC):
Nominal Input Frequency (Hz):
Input Frequency Tolerance (%):
Input Voltage Operating Range Tolerance (%):
Output Voltage (VAC):
Output Voltage Regulation:
Maximum Rated Output Current (A):
Maximum Output Power (VA):
Line Mode Efficiency (%):
Standby Efficiency (%):
Bulk Charger Current (Amps @ 80% Load & Nom line):
Battery Voltage (VDC):
Mechanical
Inverter Module:
Dimensions H x W x D (mm):
Weight (kg):
Input Power Connector:
Battery Connector:
Remote Temp Sensor:
Display:
LRI Connector:
Mounting:
23.8
IEC 320/C20
23.8
IEC 320/C20
-40 to 70
-40 to 70
Yes
Yes
Yes
CE
Yes
Yes
Yes
CE
Front plug in, hot-swappable inverter module
198.1 x 381 (424.18 w/handle) x 254 (271.8 w/handle)
28.8
28.8
28.8
28.8
IEC 320/C20
IEC 320/C20
IEC 320/C20
IEC 320/C20
Anderson style 75A
Ring lug fastens to negative terminal on center battery
4 Line by 20 character LCD with soft-key menu controls
Pluggable Terminal Block
Shelf mounts inside suitably rated electrical enclosure
Environment
Operating Temperature (°C):
Storage Temperature (°C):
Humidity (%):
Conformal Coating:
-40–60 (derate by 2°C per 304.8 m above 914.4 m)
-40 to 70
-40 to 70
-40 to 70
-40 to 70
0–95 non-condensing (relative)
All printed circuit board assemblies to prevent moisture related failure
Safety Compliance
EN 60728-11:
IEC 60950-1 (CB):
IEC 62040-1:
Safety Mark:
Yes
Yes
Yes
CE
Yes
Yes
Yes
CE
N/A
Yes
N/A
N/A
N/A
Yes
N/A
N/A
EMC Compliance
IEC/EN 50083-2 (CATV):
Yes
Yes
Yes
Yes
N/A
N/A
N/A
N/A
IEC/EN 65040-2 (UPS):
Yes
Yes
Yes
Yes
N/A
N/A
N/A
N/A
CISPR22:
N/A
N/A
N/A
N/A
Yes
Yes
Yes
Yes
10
Outside Plant
XM2-300HP
High Efficiency CableUPS®
††High efficiency 300W power supply
††XM2 programmable LCD smart display
††New predictive preventive maintenance features
††Small footprint and lightweight
††Ideal for RFoG, MDU and N+0 applications
††Embedded DOCSIS® status monitoring
Models
XM2-300HP
XM2-300CE-HP
120
-15 to +10%
60Hz
±3Hz
60/87
5/3.5
300
Sinewave
±5%
Line Mode: 60Hz nominal, Inverter Mode: 60Hz, ±0.05%
150% for 10 seconds
≤4ms
12
230
-15 to +10%
50Hz
±3Hz
63
4.8
300
Sinewave
±5%
Line Mode: 50Hz nominal, Inverter Mode: 50Hz, ±0.05%
150% for 10 seconds
≤4ms
12
93-94%
82-86%
92-93%
85-88%
Programmable (0 to 5mV/Cell/°C)
6A minimum - 10A maximum
Bulk / Accept / Float
Programmable (0 to 5mV/Cell/°C)
6A minimum - 10A maximum
Bulk / Accept / Float
Blue smart display 2 x 20 LCD with backlight
8.5 x 9.75 x 8 / 216 x 248 x 203
23 / 10.4
Black, epoxy powdercoat
Blue smart display 2 x 20 LCD with backlight
8.5 x 9.75 x 8 / 216 x 248 x 203
25 / 11.3
Black, epoxy powdercoat
-40 to 55°C / -40 to 131°F
0 to 95% non-condensing
FCC Part 15 Class A, UL / CSA 60950-1, UL1778, UL1012 CSA C22.2 No. 107
-40 to 55°C / -40 to 131°F
0 to 95% non-condensing
CE EN 50083-2, EN 62040-2, EN 60950-1, EN 62040-1
Electrical
Input Voltage (VAC):
Input Voltage Window:
Input Frequency:
Input Frequency Window:
Output Voltage (VAC):
Output Current (A):
Max Output Power (VA):
Output Waveform:
Voltage Regulation:
Output Frequency Stability:
Short Circuit Protection:
Transfer Characteristics:
Battery Voltage (VDC):
Efficiency (Typical Load Range)
Line Mode:
Standby Mode:
Battery Charger
Temperature Compensation:
Charger Current:
Three Stage:
Mechanical
Status Display:
Dimensions H x W x D (in/mm):
Approximate Weight (lb/kg):
Finish:
Environment
Operating Temperature:
Humidity:
Agency Compliance:
Advanced Diagnostics
Advanced Analytics:
User Inputs:
Onboard battery algorithm for predictive service required, onboard inverter algorithm for predictive service required.
Power supply install and battery manufacturing dates, Power supply priority level, Siemens values during battery preventive maintenance cycles,
Battery out-of-date period, Battery heater mat installed (Yes/No), Technician code/ID
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11
VMX Series
Versatile Mount Standby Power Supply
††Fifth generation CableUPS®
††Versatile mounting options, vertical enclosure, wall or
shelf mount
††Line Interactive Ferro Technology (LIFT)
††Wide input tolerance
††Multi-language capability
††Four programmable outputs standard
Models
VMX 615CE
VMX 622CE-48
VMX 915E
230Vrms
230Vrms
Operating: ±158 to 292Vrms, Line Return: ±169 to 281Vrms
7A
50Hz, ±3Hz
48VDC
1.75V/Cell
48/63Vrms (Field Selectable)
High TAP2: ±3%, Low TAP2: ±4%
22Arms
4 Programmable Outputs
50Hz, ±1Hz (Inverter Operation)
Quasi-square wave
205 to 260V (line), 170 to 265V (Inv)
230Vrms
Electrical
Input Voltage:
Input Voltage Tolerance:
Nominal Input Current1:
Input Frequency:
DC Voltage:
Low DC Voltage Cutout:
Output Voltage:
Output Regulation:
Output Current:
Output Configuration:
Output Frequency Stability:
Waveform:
Aux Output 150W rated UPS:
5A
50Hz, ±3Hz
36VDC
1.75V/Cell
63Vrms
High TAP2: ±3%, Low TAP2: ±4%
15Arms
4 Programmable Outputs
50Hz, ±1Hz (Inverter Operation)
Quasi-square wave
205 to 260V (line), 170 to 265V (Inv)
7A
50Hz, ±3Hz
36VDC
1.75V/Cell
63/87Vrms (Field Selectable)
High TAP2: ±3%, Low TAP2: ±4%
15Arms
4 Programmable Outputs
50Hz, ±1Hz (Inverter Operation)
Quasi-square wave
205 to 260V (line), 170 to 265V (Inv)
Efficiency (@ Default TAP Settings)
Load (Typical Nominal Input):
On Inverter (40 to 100% Load):
80% typical
@ 100% Load: 91%, @ 75% Load: 90%, @ 50% Load: 85%, @ 25% Load: 80%
80% typical
80% typical
N/A, 33Arms, N/A
N/A , 35Arms, 45Arms
24Arms, 33Arms, N/A
N/A, 29Arms typical, N/A
N/A, <30Arms, <33Arms
<22.5Arms, 29Arms typical, N/A
Fold back (Typical @ Nominal Input)
87V, 63V, 48V TAP:
Output Current Into Short (@ Nominal Input)
87V, 63V, 48V TAP:
Overload Current Operation
0 to 110%: Continuous operation, 110 to 115%: Continuous operation with alarm,
115 to 125%: Shut down approx. 30min,125 to 150%: Shut down approx. 10min, >150%: Shut down <10sec
Loads:
Battery Charging
Charge Current3:
Temperature Compensation:
Constant Operation:
10A
-5mV/Cell/°C (Programmable)
Current: High rate charge to 90% Capacity, Voltage: 2.40V/Cell (Programmable)
Environmental
Operating Temperature:
Humidity and Elevation:
-40 to 55°C / -40 to 131°F at front air inlet of power supply
0 to 95% non-condensing, 0 to 3000m / 0 to 10000ft
Mechanical
Vertical Mount (in/mm):
Shelf Mount (in/mm):
Weight (lb/kg):
Front Panel:
Finish:
67 / 30.5
11.7 x 20 x 9 / 297 x 508 x 229
8.4 x 16.5 x 12.5 / 212 x 420 x 317
67 / 30.5
Display (LCD): 2 x 20 Character LCD, Indicators (LED): Output status and alarm
Dark blue, epoxy powdercoat
67 / 30.5
Communication
Status Monitoring4:
Optional DSM or ESM
Agency
Safety Recognition:
Emissions:
12
Outside Plant
EN 50091-1-2, IEC 60950, CB Scheme CE
EN 50091-2, CE Class A
EN 50091-1-2, IEC 60950, CB Scheme
Notes: Spanish, French, German and Portuguese languages available on select models. 1 Batteries fully charged. 2
Output regulation at nominal input frequency, frequency variations will proportionally affect the output voltage.
3
Varies with input line voltage and output load. 4 Status monitoring optional.
GMX Series
CableUPS® Power Supply
††Line Interactive Ferro Technology (LIFT)
††Wide input voltage range of ±30%
††Compact packaging with light weight ferro
††Embedded DOCSIS® status monitoring
††Built-in battery circuit breaker
††IEC style line cord
Models
GMX 915
GMX 915P
GMX 615CE / GMX 915E
120V
±30% @ 115V (80 to 150Vrms)
±25%
13A
60Hz, ±3Hz
36VDC
1.75V/Cell
63/87V (Field selectable)
±3%
±4%
15A
Single
60Hz, ±1Hz (Inverter operation)
Quasi-square wave
240V
±30% @ 225V (158 to 292Vrms)
±25%
7A
60Hz, ±3Hz
36VDC
1.75V/Cell
63/87V (Field selectable)
±3%
±4%
15A
Single
60Hz, ±1Hz (Inverter operation)
Quasi-square wave
240V
±30% @ 225V (158 to 292Vrms)
±25%
7A
50Hz, ±3Hz
36VDC
1.75V/Cell
63/87V (Field selectable)
±3%
±4%
15A
Single
50Hz, ±1Hz (Inverter operation)
Quasi-square wave
Electrical
Input Voltage (VAC):
Input Voltage Tolerance:
Line Return:
Nominal Input Current1:
Input Frequency (without going to standby):
DC Voltage:
Low DC Voltage Cutout:
Output Voltage (VAC):
Output Regulation, 87V Tap2:
Output Regulation, 63V Tap2:
Output Current:
Output Configuration:
Output Frequency Stability:
Waveform:
Battery Charging
Charge Current3:
Temperature Compensation:
Constant Current Operation:
Constant Voltage Operation:
10A
-5MV/Cell/°C (Programmable)
High Rate Charge to 90% Capacity
2.4V/Cell (Typ. 7hrs) @ 25°C / 77°F
Environmental
Operating Temperature:
Humidity:
Elevation:
–40 to 55°C / -40 to 131°F
0 to 95% non-condensing
0 to 3000m / 0 to 10000ft
Mechanical
Dimensions H x W x D (in/mm):
Weight (lb/kg):
Front Panel Display (LCD):
Front Panel Indicators (LED):
Finish:
60 / 27.5
7.8 x 18.3 x 11.4 / 198 x 465 x 290
60 / 27.5
2 x 20 Character LCD
Output status and alarm
Black, epoxy powdercoat
60 / 27.5
Communication
Status Monitoring4:
Optional DSM or ESM
Safety Recognition:
UL 1778/CSA C22.2, No. 107.1
Emissions:
1
3
CISPR 22, Class A
Optional DSM or ESM
UL 1778/CSA C22.2, No. 107.1,
IEC 60950 CCC CB scheme
CISPR 22, Class A
Batteries fully charged. 2 Output regulation at nominal input frequency, frequency variations will proportionally affect the output voltage.
Varies with input line voltage and output load. 4 Status monitoring optional.
Optional DSM or ESM
EN50091-1-2, EN60950-1,
IEC 60950-1 CB scheme and CE
EN 50091-2, (CE Class A)
Outside Plant
13
APX
Non-Standby Power Supply
††Complete line conditioning
††Modular transformer design
††Flexible mounting options
††Current limited output and short circuit protection
Input Voltage Input Frequency Output Voltage Output Current
(VAC)
(Hz)
(VAC)
(A)
Models:
APX 6008:
APX 6014:
APX 9015-120:
APX 9015-240:
APX 9015-120 HV:
APX 9015-240 HV:
APX 6008 RM:
APX 6014 RM:
APX 6008 E:
APX 6014 E:
APX 6008 P:
APX 6014 P:
120
120
120
240
120
240
120
120
230
230
220
220
60
60
60
60
60
60
60
60
50
50
60
60
63
63
63 / 75 / 87
63 / 75 / 87
63 / 75 / 89
63 / 75 / 89
63
63
63
63
63
63
Input
8
14
15
15
15
15
8
14
8
14
8
14
Max. Output
Power (VA)
Input Protection
(Breaker)
Output
Protection (Fuse)
Weight
(lb/kg)
480
840
1350
1350
1350
1350
480
840
480
840
480
840
8A
12A
12A
12A
12A
12A
8A
12A
8A
12A
8A
12A
10A
15A
20A
20A
20A
20A
10A
15A
10A
15A
10A
15A
21 / 9.5
30 / 13.6
47.5 / 21.6
47.5 / 21.6
51 / 23
51 / 23
22 / 10
31 / 14
24 / 10.9
34 / 15.4
22 / 9.9
31 / 14
Mounting Options
Power Factor:
Voltage Tolerance:
Voltage (APX 9015 HV):
Frequency:
>0.90 at full load
±15%
-25 to 15%
±3%
Output
Waveform:
Regulation:
Efficiency:
Quasi-square wave
±5%
90% or better
Mechanical
Dimensions H x W x D (in/mm):
Finish:
Enclosure Material:
APX 6008, 6014: 11.75 x 7.5 x 10.5 / 298 x 190 x 267
APX 9015: 15.5 x 8.5 x 11 / 394 x 216 x 279
Gray, epoxy powdercoat
Aluminum
Pole Mount (PM): Built of durable, weather-resistant, powdercoated aluminum to withstand the
harshest environments. This enclosure also includes brackets that provide for easy bolted, or banded
pole mounting.
Wall Mount (WM): Allows the module to be mounted on a flat, vertical surface.
Shelf Mount (SM): Allows the module to be mounted on flat, horizontal surfaces such as the PWE or
UPE enclosures. An extended input power cable is also included.
Pedestal Mount (PED): Ideal for ground mount applications, and provides weather-resistant,
steel construction. The APX PED is available in either concrete or soil mount versions (please specify at
time of order).
Rack Mount (RM): Ideal for mounting the power supply in a standard 19" rack.
Environment
Operating Temperature:
Agency Compliance:
-40 to 55°C / -40 to 131°F
UL1012/CSA C22.2 No. 107.1-M95
Optional Features
SIL-C:
LA-M:
AMM-C:
TDR-M:
ACAT-3P:
GLK:
14
Long life LED pilot light
Plug-In lightning arrestor (120V)
Easy reading panel ammeter
Time delay relay (10 to 60sec variable)
Plug-In Amp Clamp™
Enclosure security lock (PM)
Outside Plant
Note: Other voltages and configurations may be available.
For more information, contact your local Alpha sales representative
APX2 G Series
Non-Standby Power Supply
††Indoor and outdoor applications
††Complete line conditioning provides regulated, clean, reliable power
††Universal bracket allows for pole or wall mounting
††Current limited output and short circuit protection
††Available with indoor mesh cover
Input Voltage
(VAC)
Input Frequency
(Hz)
Output Voltage
(VAC)
Output Current
(A)
Max. Output Power
(VA)
Input Fuse Protection
(Breaker)
Weight
(lb/kg)
APX2 615 G:
220
50
63/48
15
900
8A
35 / 15.88
APX2 608 G:
220
50
63/48
8
480
5A
28 / 12.7
APX2 614 G-110:
110
60
63
14
900
15A
35 / 15.88
APX2 614 G-120:
120
60
63
14
900
15A
35 / 15.88
APX2 614 G-220:
220
60
63
14
900
8A
35 / 15.88
APX2 905 G:
220
50
87/63
5
450
5A
28 / 12.7
APX2 910 G:
220
50
87/63
10
900
8A
35 / 15.88
Model:
Input
Power Factor:
Voltage (50Hz/60Hz):
Frequency:
>0.90 at full load
220VAC -20 to 25% / 110/220VAC -20 to 25%
±3%
Output
Waveform:
Voltage Regulation:
Efficiency:
Quasi-square wave
±5%
90% or better
Mechanical
Dimensions (in/mm):
Finish:
Material:
6.75 x 15 x 9.5 / 171.5 x 381 x 241.5
Durable powdercoat
Aluminum
Environment
Operating Temperature:
Safety:
Safety - 608 G and 615CE G:
Standard Features:
Options:
-40 to 55°C / -40 to 131°F
CCC, CB, SARFT
CCC, CB, SARFT, CE (615G)
• Universal bracket (pole or wall mount)
• Output current test points
• Input line fuse
• Input line switch
• Visual output “ON” indicator
• Output coaxial terminal
• Ground connection
• Cable gland (input wiring)
Input line breaker, Indoor mesh cover
APX2 G - Cover removed
APX2 G - Indoor mesh cover
APX2 G - Bottom view
Note: Other voltages and configurations may be available.
For more information, contact your local Alpha sales representative
Outside Plant
15
Alpha Power Booster (ABP)
HFC Voltage Booster
††Configurable for 90 or 60VAC output voltage
††High-efficiency auto transformer
††Intelligent overload protection
††Water-tight enclosure; wall or stand mounted
††Reverse connection protection
††Input surge protection
††Automatic bypass in the event of downstream network failure
Electrical
Mechanical
Input Voltage:
Input Current:
Output Voltage:
Output Current:
Output Rating:
Dimensions L x H x D (in/mm):
Weight (lb/kg):
45 to 65VAC 60Hz / 65 to 90VAC 60Hz
10 Amps RMS (max.)
63VAC 60Hz / 87VAC 60Hz
<8 Amps RMS (max.)
650VA (max.)
Environment
Overload Protections :
115% of max input current for 27 minutes
Short Circuit:
Overload Recovery:
Surge Resistance:
Efficiency:
RF Frequency Range:
RF Insertion Loss Maximum:
Bypass mode, automatic recovery
Automatic
6kV / 3000A (IEEE C61.45 part 15)
>96% at 25 to 100% load
5 to 1000MHz
1.2dB (5 to 50MHz), 1.2dB (50 to 870MHz), 1.6dB (870 to 1000MHz)
±0.25dB (5 to 50MHz), ±0.35dB (50 to 870MHz),
±0.50dB (870 to 1000MHz)
0.80dB (5 to 50MHz), -1.0dB (50 to 870MHz),
-1.25dB (870 to 1000MHz)
<-68dB (5 to 50MHz), (<82dB freq. domain)
17dB (5 to 1000MHz)
<-120dBm (45 to 870MHz)
Neutral carries through
*
Flatness:
RF Slope Maximum:
Hum Modulation:
Return Loss Minimum:
Electric Egress:
Isolation:
16
Outside Plant
14 x 9.13 x 6.75 / 356 x 232 x 171
21.4 / 9.7
*
Operating Termerature:
Storage Temperature:
Outdoor Rating:
-40 to 65°C / -40 to 149°F
-50 to 70°C / -58 to 158°F
Type 4 enclosure
Standard Compliance
Safety:
CSA (C/US), CAN/CSA C22.2 No. 60950-1-07,
UL 60950-1, 2nd Edition
Standard Features
High-efficiency autotransformer, Intelligent overload protection, Water-tight enclosure; wall or strand
mounted, LED function indicator light on PCB for troubleshooting
Note: The APB is designed to open up an output relay and discontinue output during extended periods of overload to protect vital components.
Once this relay is open the unit will periodically attempt to close the relay to determine if the overload condition has ceased.
SmartPack
Dual Inverter Module Case
††Durable and lightweight case
††Antistatic cushioning to protect Inverter Modules
††Fits any combination of XM2 I2M or XM3 Inverters
††Discounted pricing when purchasing case with Inverter Modules
††Extra compartment space to store:
1. Spare component case 2. DOCSIS® transponders
2
1
Weight (lbs/kg)
Empty IM Case:
Case with Two I2M:
Case with Two IM3:
Case with I2M & IM3:
6.2 / 2.8
20.8 / 9.5
17.4 / 7.9
19.2 / 8.7
Dimensions L x D x H (in/mm)
21.3 x 14.3 x 9.6 / 541 x 363 x 243
Outside Plant
17
AlphaGateway SMG
HFC-Enabled Power over Ethernet (PoE+) Gateway
††Create new MSO revenues by leveraging the HFC network
††High bandwidth PoE-powered delivery ideal for security cameras,
Wi-Fi, traffic signals, sensors, etc.
††Connection through power passing taps allows mobility to strategically locate
devices within proximity of hardline coax
††Dual-PoE ports provide cost-effective backhaul for multiple devices
SMG-01PE-21
SMG-01PE-24
Maximum Operating Level (3 or 4 Channels):
DOCSIS 3.0
5 to 85MHz
88 to 1002MHz
6MHz
Up to 320Mbps (8 Bonded Channels)
TDMA
+51dBmV (32QAM, 64QAM)
+52dBmV (8QAM, 16QAM)
+55dBmV (QPSK)
EuroDOCSIS 3.0
5 to 85MHz
108 ~ 1002MHz
8MHz
Up to 400Mbps (8 Bonded Channels)
TDMA
+111dBµV (32QAM, 64QAM)
+112dBµV (8QAM, 16QAM)
+115dBµV (QPSK)
Upstream Data Rate:
Outdoor Hardened:
Network Management Protocols:
Input Connector:
Input Impedance:
Privacy:
Downstream Modulation:
S-CDMA (all modulations)
+53dBmV
Up to 100Mbps (4 Bonded Channels)
Yes
SNMPv1, V2C, V3, TFTP
RF F-type female
75 Ohm
BPI+
64 or 256 QAM
S-CDMA (all modulations)
+ 113 dBµV
Up to 100Mbps (4 Bonded Channels)
Cable Modem
Compliance:
Transmit Frequency Range:
Receive Frequency Range:
Channel Bandwidth:
Downstream Data Rate:
Ethernet
Number of Powered Ethernet Ports:
Connection:
Distance:
Power Over Ethernet:
Remote PoE Port Power Control:
Remote PoE Status:
Remote PoE Device Status:
2
10/100/1000 BASE-T auto sensing/auto-MDIX (8P8C modular jack)
100M
Compliance: IEEE 802.3at PoE
Max Power Out: 34.2W per port
Max Power at PD (Powered Device): 25W per port
Voltage Range Out of Base Unit: 50-57V
Voltage Range at PD: 42.5-57V
Max Current: 600mA per port
On, off, reset (per port)
Link up/down, link speed, power up/down, PoE device class, PoE power consumption
MAC address, IPv4/IPv6 address
Environment
Input Voltage:
Power Consumption:
Operating Temperature:
Storage Temperature:
Humidity:
Regulatory Compliance:
42 to 100VAC, 50/60Hz (HFC plant powered)
8W + PoE Loading
-40 to 65°C (-40 to 149°F)
-40 to 85°C (-40 to 185°F)
10 to 90%, non-condensing
Environmental: UL50E / NEMA 6; IEC 60529: IP67
Safety: UL/IEC/EN 60950-1: ED2
Surge: SCTE 81
EMC: FCC Class A (FCC CFR 47 Part 15 Class A), ICCES-003
RoHS: Directive 2011/65/EU
Physical
Mounting Options:
Dimensions H x W x D (in/mm):
Weight (lb/kg):
18
Outside Plant
Strand, pole, wall, vault
8.7 x 12 x 5.8 / 222 x 308 x 148.1
9.6 / 4.35
Alpha XM360
Maintenance Management System
††XM360 expedites outside plant power system maintenance
††Collects data and provides answers to locations at risk
††Provides asset tracking for power supplies, batteries, transponders and enclosures
††Generates reliability plans, connecting field operations with finance and corporate c-suite
Implementing a Maintenance Management System (MMS) into the network gives MSO’s enhanced visibility of the growing risk of an aging
OSP network. Improved visibility and control provides operators the tools and information to take appropriate corrective action before
outages occur— ensuring superior network reliability and mitigating threats from competitive fiber technologies.
x-tractor MMS is a Windows-based tool kit that guarantees consistency when
performing preventative maintenance (PM) procedures by electronically connecting
all power supply system element information and generating a PM certification report that is
uploaded to a secure hosted database.
Site Data
Latitude
Hub
ALPHA
48.78514
††Provides the most effective means to collect vital information on power systems
††Generates PM certification reports for online viewing from a secure hosted database
††Windows-based, laptop compatible
City
XM3 RX
Date
BELLINGHAM
System
Street(s)
YES
Site ID: NRJ-16
Sep. 17, 2013
State /
Province
WHATCOM
CM Mac
Address
CM IP
Address
00:90:EA:04:DA:D4
216.57.221.200
SNR
45.4
Transponder
Type
0.0.0.0
Trap 1
0.0.0.0
CER
DPM
Trap 2
0.0.0.0
Alpha MIB 2
0.0.0.0
Frequency
25.000
Modulation
QPSK
22AR-15
Frequency
369.000
Modulation
256 QAM
Power Supply Data
Make-Model ALPHA/XM3-918D-HP
Firmware
V1.07.0
Version
PIM/DOC
YES
Installed
PowerSupplyEvents
Power
Supply #
Number
Time
PS1
48
Self-Test
Verified
LOCKED
0.0.0.0
90
AC Input Voltage (VAC)
Pole #
Powering
A Node
N/A
41.2
0
NO
Receive
Power
T4
Timeouts
5.7
0
Trap 4
0.0.0.0
Alpha MIB 4
0.0.0.0
Symbol Rate
2.560
Channel ID
1
Symbol Rate
5.360537
Self-Test
Duration (min)
Self-Test
Interval (days)
NO
10
30
120
Output Current (A)
Primary (1)
Secondary (2 - If Present)
87.0
Self-Test
Finish Time
11:00:07
USA
1
Output Voltage (VAC)
121.2
Country
Channel ID
Refurb Date
(MMYY)
Event Log
Cleared
120V Or
240V?
83
Self-Test
Start Time
YES
0.0.0.0
Alpha MIB 3
UPSTREAM
0912
Output VAC
351
Battery Data
Trap 3
Lock
Date Code
(MMYY)
Total
Run Days
Transmit
Power
T3
Timeouts
0.0
Logic Card
Firmware
DPM-4.4.9.0_03.11_NA
Version
SNMP TRAPS
N/1
98226
PSE
Utility Meter #
Lock
NA
DOWNSTREAM
Transformer #
7A-22G
Utility Company
123-ABC
10:58 AM
Zip Code
Node
3392 ALPHA WAY
Utility Account #
Time
WA
Transponder Data
Alpha MIB 1
††Cable/broadband industry’s first software tool providing error-free PM procedures
-122.52413
PNW
Region
Project ID
Business
Service
Longitude
BELLINGHAM
0.00
11:09:11
12.00
Battery Temperature
69.8 / 21.0
(°F / °C)
BS Conductance (mhos)
Meter Reading
Corrected 77°F
Battery #
Battery Manufacturer
Date Code
(MMYY)
ID #
Voltage No
Load (VDC)
Voltage Under Load (VDC)
After 9 Minute Self-Test
A1
ALPHA 4.0HP
0413
123
13.80
12.60
2300
2364
A2
ALPHA 4.0HP
0413
123
13.80
12.60
2300
2364
A3
ALPHA 4.0HP
0413
123
13.80
12.60
2300
2364
41.4
37.80
A4
Battery
Separator Present
String A Total
YES
String A Fused
YES
B1
ALPHA 4.0HP
0413
123
13.80
12.60
2300
2364
B2
ALPHA 4.0HP
0413
123
13.70
12.60
2300
2364
B3
ALPHA 4.0HP
0413
123
13.80
12.60
2300
2364
B4
Battery
Separator Present
Charger
Mode
Float (V/C)
YES
FLOAT
2.25
String B Total
Charger
Current
Temp Comp
(mV)
0.10
41.3
CHARGER INFO
Accept (V/C)
37.80
String B Fused
2.35
Charger
Current Limit
YES
10.50
4.0
executive reports is an intuitive, web-based suite of reports that
provides insight on at-risk locations along with the type and age of assets. Ground breaking
algorithms provide detailed information on the health status of the outside plant power
system network.
††Enables network operating personnel to effectively manage their entire OSP network
††Provides analysis of aging power supplies, batteries and transponders so operators can
proactively deploy the right fix agency to prevent failures
††Targets existing budgets to eliminate risks at your highest priority sites
††Viewable on iOS and Android mobile devices
Outside Plant
19
DM3.0
Alpha’s DOCSIS 3.0 Integrated Management Hub
††Power Supply Monitoring
††Integrated Power Management
††Network Test Probe
††Network Backhaul Gateway
Features
Advanced Diagnostics
Supported Power Suppy
Models:
DM3 (DOCSIS) & DM3E (EuroDOCSIS): Compatible with XM3
power supplies
Models:
Ethernet Port:
PoE (Optional):
Battery Monitoring:
Power Systems:
• Full Band Capture data available through Broadcom MIB and
DM3.0 internal web server
XM3-HP series, XM2-HP series and XM2 series
DM3X (DOCSIS) & DM3EX (EuroDOCSIS): Compatible with XM2
and XM3 power supplies
1 port, auto-MDX, RJ45, 10/100/1000Mbps
Data Backhaul: Complies with DOCSIS 3.0 CPE interface operation
IEEE 802.3at compliant, type 2, Power over Ethernet mid-span
power source PSE
DM3: Individual battery voltages monitored via XM3
embedded AlphaGuard
DM3X: Individual battery voltages monitored via direct sense
harness. Up to 16 individual batteries configured in 1, 2, 3 or 4
strings of 36 or 48V batteries
DM3X: Up to 5 XM2 or XM3 power supplies and/or an AlphaGen
curbside generator. System management includes coordinated
battery charging, system test and aggregated alarm
RF Network:
Power Supply Display:
Utility Power Diagnostics:
Battery Diagnostics:
Event Logging:
Alpha XM2 and XM3 broadband UPS specific. Inverter module coinstalled via internal interface connectors
XM3: 12W max, internal power connection
Power:
XM2: 12W max, combined internal power connection and battery
string connection (24, 36 or 48V battery strings), internal low
voltage disconnect protects batteries from over discharge
Dimensions
H x W x D (in/mm):
Weight (oz/g):
Operating Temperature:
Storage Temperature:
Humidity:
5.6 x 1.1 x 7.4 / 143 x 28 x 188
10.7 / 304
-40 to 149°F / -40 to 65°C
-40 to 185°F / -40 to 85°C
10 to 90% non-condensing
• FCC Part 15 Class A
• EN 50083-2 EMC requirements for CATV equipment,
Regulatory Compliance:
• EN 62040-2 EMC requirements for uninterruptible
power supplies
• Surge: IEEE C62.41, 6kV combined wave with external
surge protector
• RoHS: Directive 2002/95/EC
Cable Modem
Standard:
Data Rates:
ANSI/SCTE 38-4: Hybrid fiber/coax outside plant status monitoring
SCTE-HMS-PS-MIB management information base
Frequency:
Channel Bandwidth:
20
Outside Plant
Standards:
Power Supply Monitored
Parameters (ANSI-HMS):
• Cheetah proprietary KPI management information base
Major alarm, minor alarm, input voltage, output voltage, output
current, output power, input current, input power, UPS status,
charger current, battery discharge current, battery voltage, battery
temperature, remote test control, enclosure door
Models: AlphaGen DCX2000, DCX3000
Portable Generators:
Monitored Parameters: Generator connected, generator running,
generator runtime
Models: AlphaGen 3.5, 5.0 and 7.5kW vis AlphaBus interface
Curbside Generators:
Monitored Parameters: Status, alarms, gas hazard, water
intrusion, pad shear, enclosure door, ignition battery voltage,
enclosure temperature, low fuel, remote test control
Ordering Information (For XM3 Power Supplies)
X3-DM3:
X3-DM3E:
X3-DM3X:
• EuroDOCSIS 3.0 with 8x4 bonded channels
Downstream: 300Mbps, 8 bonded channels (DOCSIS),
400Mbps, 8 bonded channels (EuroDOCSIS)
X3-DM3EX:
Alpha embedded DOCSIS 3.0 transponder with backhaul and Full
Band Capture, XM3 installed with embedded AlphaGuard
Alpha embedded EuroDOCSIS 3.0 transponder with backhaul and
Full Band Capture, XM3 installed with embedded AlphaGuard
Alpha embedded DOCSIS 3.0 transponder with backhaul and Full Band
Capture, XM3 installed (NO embedded AlphaGuard), up to 4 battery
strings, curbside generator and 5 power supplies
Alpha embedded EuroDOCSIS 3.0 transponder with backhaul and Full
Band Capture, XM3 installed (NO embedded Alpha Guard), up to 4
battery strings, curbside generator & 5 power supplies
Ordering Information (For XM2 Power Supplies)
Data rates consistent across entire operating temperature range
and through all power supply operating modes and transitions
DOCSIS: 5 to 42MHz upstream, 88 to 1002MHz downstream
X2-DM3X:
EuroDOCSIS: 5-65MHz upstream, 108-1002MHz downstream
DOCSIS: 6MHz
X2-DM3EX:
EuroDOCSIS: 8MHz
ANSI/SCTE 38-6: Hybrid fiber/coax outside plant status monitoring
SCTE-HMS-GEN-MIB management information base
• Alpha proprietary, portable generator management information base
• DOCSIS 3.0 with 8x4 bonded channels
Upstream: 100Mbps, 4 bonded channels (DOCSIS and EuroDOCSIS)
• Micro-reflection diagram available via DM3.0 internal
web server
With DM3.0 installed, power supply display will show advanced
network diagnostics including: upstream and downstream
frequencies and RF levels, IPv4 or IPv6 address assigned by
network DHCP server, MAC address, DOCSIS timeout error codes
and firmware versions
With XM3 app card, utility performance status including outages,
sags, surges, and out of frequency events
With XM3 app card, power supply diagnostics report when batteries
should be serviced including battery string runtime remaining and
battery life remaining
With XM3 app card, logs include power supply events, power
supply configurations and battery events
Status Monitoring
Physical and Environmental
Installation:
• Constellation diagram available via DM3.0 internal web server
Alpha embedded DOCSIS 3.0 transponder with backhaul and Full
Band Capture, XM2 installed, up to 4 battery strings, curbside
generator & 5 power supplies
Alpha embedded EuroDOCSIS 3.0 transponder with backhaul and
Full Band Capture, XM2 installed, up to 4 battery strings, curbside
generator & 5 power supplies
AlphaNet™ EDH4
Eternal DOCSIS® Transponder
††Add DOCSIS® status monitoring capability to existing
power supplies
††Supports standard networking interfaces including SNMP,
Web access and ANSI/SCTE MIBs
††Multiple power supply models supported
††Embedded Web server for remote diagnostics
††Optional VoIP testing features
Specifications
Power Supplies Supported:
DOCSIS Compatibility:
Monitoring Protocol:
Devices Monitored:
Hardware
XM2-HP, XM2 (requires USM2 or USM2.5), XM (requires APM/
USM) Lectro ZTT, ZTT+ AM (requires RPM card)
DOCSIS 1.1, 2.0
SNMP v1, v2, v3
Power supplies, batteries, generators1
5 to 42MHz
8 to 58dBmV
6MHz
91 to 857MHz (Standard, HRC, IRC channels)
-15 to 15dBmV
Monitored Parameters (Power Supply Data)
Model:
Major Alarm:
Minor Alarm:
Input Line Voltage:
Output Voltage:
Battery Voltage:
Output Current:
Standby/AC Line Fail:
Equipment/Test Fail:
Enclosure Door Status:
Remote Test Control:
Number of Battery Strings:
Battery Data:
1
2
Environment
Operating Temperature:
Humidity:
RF Transmit/Receive
Tx Frequency Range:
Output Power:
Channel Bandwidth:
Receive Center Frequency Range:
Input Level:
Dimensions H x W x D (in/mm): 1.3 x 8.6 x 5.2 / 33 x 218 x 132
RF Cable Interface:
F-connector, female, 75Ohm impedance
Local/Craft Interface:
RJ45 Ethernet
XM2-HP/XM2
n
n
n
n
n
n
n
n
n
n
XM
AM
ZTT Series
n
n
n
n
n
n
n2
n2
n2
n
n
n2
n
n
n
n
n
n2
n
n
n
—
n
n
n
n
n
n
n
n
Up to four 36V or 48V strings
Individual battery voltages, battery compartment temperature
Reported as per ANSI/SCTE 25-3 2002 (HMS-022).
Requires optional cable assembly.
Emissions:
Warranty:
-40 to 65°C / -40 to 149°F
10 to 90% non-condensing
EN55022 Class A and FCC Part 15 Class A
(Installed in power supply enclosure system)
2 years
Management
NMS/EMS:
HMS MIBs:
Standard SNMP Management Tools
In addition to the standard DOCSIS MIBs, the transponder supports
the following HMS MIBs:
• SCTE 25-3 (HMS-022): - Interface
• SCTE 36 (HMS-050): - Root
• MIB SCTE 37 (HMS-072): - Tree
• MIB SCTE 38-1 (HMS-026): - Property
• MIB SCTE 38-2 (HMS-023): - Alarm MIB
• SCTE 38-3 (HMS-024): - Common
• MIB SCTE 38-4 (HMS-027): - Power Supply
• MIB SCTE 38-6 (HMS-033): - Generator
• MIB SCTE 38-7 (HMS-050): - TIB MIB
Outside Plant
21
AlphaNet™ DSM3 Family
DOCSIS® Status Monitor for XM2, GMX & VMX
††Embedded network management for Alpha broadband power supplies
††Battery and power supply advanced diagnostics reduces truck rolls and
overall operating expense of maintaining a network
††Three models available: DSM3 (standard), DSM3x (advanced)
and DPM (XM2-300HP)
General Details
Battery Monitoring:
Power System Management
(DSM3x Only):
Management Protocol:
DSM3: Up to two strings of 36 or 48V batteries, DSM3x: Up to four strings of 36 or 48V
batteries, DPM: One 12V battery
Up to five power supplies and an AlphaGen generator are managed from a single
DSM3x including coordinated battery charging, system test and aggregated alarm.
Standard ANSI/SCTE HMS MIBs support basic power supply monitoring. Advanced
diagnostics with battery and power module analytics available via secure SNMP.
Advanced Diagnostics1
Intelligent Power
Supply Interface:
Battery State of Health
(Requires AlphaAPPs):
Utility Status & Events
(Requires AlphaAPPs):
Network Tools:
History Log Reports:
Power supply user interface displays advanced diagnostics including:
DOCSIS modem upstream and downstream RF levels, IP address assigned by
network DHCP server, MAC address and firmware levels.
Power supply internal analytic diagnostics report when batteries should be serviced.
• Battery String Runtime Remaining
• Battery Life Remaining
AC Line Status
• Utility Performance Status (outages, sags, surges, frequency)
• Utility Events (24-hour and lifetime number of events)
QAM constellation diagram
• Identify types of interference and distortion in downstream RF signal.
Microreflections meter
• Locate microreflections detected in Coax caused by
physical impairments.
• Power Supply Event Log (events of daily power supply operation)
• Power Supply Configuration Log (events that occur infrequently)
• Battery Event Log (battery conductance measurements and battery manufactured dates)
Hardware
RF Cable Interface:
Local Interface:
LED Indicators:
I/O Control (DSM3x Only):
AlphaBus:
Battery Monitoring:
Tamper:
F-connector, female, 750hm, connector angle accommodates coax bend radius
when installed in some enclosures
RJ-45, Ethernet, multi-mode operation
Ready/Alarm, Upstream registration, Downstream lock, AlphaBus, RF level, Link, CPE
traffic, Battery Harness Correct
6-Pin Molex: Digital input, Digital output, 5V, Common
RJ-11 offset tab: Multi-power supply and AlphaGen communications
DSM3: 8-pin Molex battery string A/B
DSM3x: 8-pin Molex battery string A/B and 8-pin Molex battery string C/D.
NO or NC, software configurable, reads enclosure door magnetic switch
Environment
Operating Temperature:
Storage Temperature:
Humidity:
Regulatory Compliance:
-40 to 65˚C / -40 to 149˚F
-40 to 85˚C / -40 to 185˚F
10 to 90% non-condensing
FCC Part 15 Class A, EN 50083-2:2006 EMP requirements for CATV equipment,
EN 62040-2:2006 Uninterruptible power supply EMC requirements, Category C2,
Surge: IEEE 587, Category B3 RoHS: Directive 2002/95/EC
Network Communications
DOCSIS (RF) Port Protocols:
Ethernet Port:
MIBs:
IP, UDP, TCP, DHCP, TFTP, SNMPv1, SNMPv2c, HTTP
Local Mode: HTTP web interface for local craft diagnosis.
CPE Mode: DOCSIS Cable modem Ethernet CPE functionality
• Power supply (ANSI/SCTE 38-4)
• Other SCTE HMS MIBs as defined by the SCTE for power supply and
generator status monitoring
• Alpha proprietary advanced UPS diagnostics
Power Supply Monitored Parameters
Major Alarm:
Minor Alarm:
Input Voltage:
Output Voltage:
Output Current:
22
Outside Plant
Aggregate alarm consisting of: Test fail, battery fail, line insolation alarm,
output overload, inverter, over-temperature, N+1 active, fuse fail.
Aggregate alarm consisting of: Temperature probe error, AC line loss, N+1 error
Reported from power supply V(in) measurement
Reported from power supply V(out) measurement
DSM3 and DSM3x: 0 to 25A standard on port 1. Ports 2-4 require power supply option.
DPM: Dual outputs do not exceed 300W combined 3.5Aat 90VAC output voltage, 5A at
60VAC output voltage.
DSM3
DSM3x
DPM
Power Supply Monitored Parameters (Cont.)
Output Power:
UPS Status:
Battery Voltage:
Battery Temperature:
Remote Test Control:
Enclosure Door:
Reported in AC Watts
AC line, standby, test in process, test alarm
DSM3x: Individual battery voltage, up to four strings of 3-4 batteries (maximum 16
batteries), ±100mV per battery. DSM3: Individual battery voltage, up to two strings of 3-4
batteries (maximum 8 batteries), ±100mV per battery. DPM: Individual battery voltage.
Reported from power supply battery Remote Temperature Sensor (RTS)
Start/Stop power supply test cycle
Open or Closed
AlphaGen Generator Monitored Parameters (DSM3x Only)
Status:
Generator Alarms:
Gas Hazard:
Water Intrusion:
Pad Shear:
Enclosure Door:
Ignition Battery Voltage:
Enclosure Temperature:
Low Fuel
Remote Test Control:
Generator Off, Running, Alarm
Aggregate alarm consisting of: low oil pressure, engine over-temp, engine over-speed,
crank limit, over voltage, low fuel, water intrusion, pad shear, gas hazard, test fail.
OK, Alarm
OK, Alarm
OK, Alarm
Open, Alarm
Reported in DC volts, ±100mV
Reported in Celcius, ±2˚C
OK, Alarm
Start/Stop generator test cycle
AlphaGen DCX Generator (DSM3x and DPM Only)
Status:
Time Powering Load:
Generator Detected, Powering Load
An incremental timer that reports the amount of time in minutes the generator has
been powering the load. Alarm threshold can be set to notify when to refuel generator.
Cable Modem
Compliance:
DOCSIS 1.1 and 2.0
Transmit Frequency Range:
5 to 42Mhz
Receive Center Frequency Range: 91 to 857Mhz
TDMA:
+8 to +54 dBmV (32QAM, 64QAM)
+8 to +55 dBmV (8QAM, 16QAM)
Output Power Range:
+8 to +58 dBmV (QPSK)
S-CDMA:
+8 to +53 dBmV
(All modulations of S-CDMA)
Input Signal Range:
-15 to +15dBmV
Channel Bandwidth:
6Mhz
EuroDOCSIS 2.0
5 to 65 MHz
112 to 858 MHz
TDMA:
+68 to +114 dBuV (32QAM, 64QAM)
+68 to +115 dBuV (8QAM, 16QAM)
+68 to +118 dBuV (QPSK)
S-CDMA:
+68 to +113 dBuV
(All modulations of S-CDMA)
64QAM: +43 to +73 dBuV
256QAM: +47 to +77 dBuV
8MHz
Additional Equipment
XP-BSC-3-6:
XP-BSC-6-6:
XP-BSC-4-6:
Surge Arrestor
(Alpha p/n 162-028-10):
1
Wire Kit, Battery Sense, 1x36V, 6’
Wire Kit, Battery Sense, 2x36V, 6’
Wire Kit, Battery Sense, 1x48V, 6’
Female/Female connector configuration, “F” Type connector with integral ground
block required for all installations.
Advanced diagnostics are available through Alpha Certified network monitoring systems.
AlphaNet™ DSM3 Family
DOCSIS® Status Monitor for XM3-HP
††Embedded network management for Alpha broadband power supplies
††Three models available: DSM3 (standard), DSM3x (advanced)
and DPM (used with Smart AlphaGuard option)
General Details
Battery Monitoring:
Power System Management
(DSM3x Only):
Management Protocol:
DSM3: Up to two strings of 36 or 48V batteries, DSM3x: Up to four strings of 36V
batteries, DPM: Up to four strings of 36V batteries with AlphaGuard option
Up to five power supplies and an AlphaGen generator are managed from a single
DSM3x including coordinated battery charging, system test and aggregated alarm.
Standard ANSI/SCTE HMS MIBs support basic power supply monitoring. Advanced
diagnostics with battery and power module analytics available via secure SNMP.
Advanced Diagnostics1
Intelligent Power
Supply Interface:
Battery State of Health
(Requires AlphaAPPs):
Utility Status & Events
(Requires AlphaAPPs):
Network Tools:
History Log Reports:
Power supply user interface displays advanced diagnostics including:
DOCSIS modem upstream and downstream RF levels, IP address assigned by
network DHCP server, MAC address and firmware levels.
Power supply internal analytic diagnostics report when batteries should be serviced.
• Battery String Runtime Remaining
• Battery Life Remaining
AC Line Status
• Utility Performance Status (outages, sags, surges, frequency)
• Utility Events (24-hour and lifetime number of events)
QAM constellation diagram
• Identify types of interference and distortion in downstream RF signal.
Microreflections meter
• Locate microreflections detected in Coax caused by
physical impairments.
• Power Supply Event Log (events of daily power supply operation)
• Power Supply Configuration Log (events that occur infrequently)
• Battery Event Log (battery conductance measurements and battery manufactured dates)
Hardware
RF Cable Interface:
Local Interface:
LED Indicators:
I/O Control (DSM3x Only):
AlphaBus:
Battery Monitoring:
Tamper:
F-connector, female, 750hm, connector angle accommodates coax bend radius
when installed in some enclosures
RJ-45, Ethernet, multi-mode operation
Ready/Alarm, Upstream registration, Downstream lock, AlphaBus, RF level, Link, CPE
traffic, Battery Harness Correct
6-Pin Molex: Digital input, Digital output, 5V, Common
RJ-11 offset tab: Multi-power supply and AlphaGen communications
DSM3: 8-pin Molex battery string A/B
DSM3x: 8-pin Molex battery string A/B and 8-pin Molex battery string C/D.
NO or NC, software configurable, reads enclosure door magnetic switch
Environment
Operating Temperature:
Storage Temperature:
Humidity:
Regulatory Compliance:
-40 to 65˚C / -40 to 149˚F
-40 to 85˚C / -40 to 185˚F
10 to 90% non-condensing
FCC Part 15 Class A, EN 50083-2:2006 EMP requirements for CATV equipment,
EN 62040-2:2006 Uninterruptible power supply EMC requirements, Category C2,
Surge: IEEE 587, Category B3 RoHS: Directive 2002/95/EC
Network Communications
DOCSIS (RF) Port Protocols:
Ethernet Port:
MIBs:
IPv4, IPv6, UDP, TCP, DHCP, TFTP, SNMPv1, SNMPv2c, SNMPv3, HTTP
HTTP web interface for local craft diagnosis.
• Power supply (ANSI/SCTE 38-4)
• Other SCTE HMS MIBs as defined by the SCTE for power supply and
generator status monitoring
• Alpha proprietary advanced UPS diagnostics
Power Supply Monitored Parameters
Major Alarm:
Minor Alarm:
Input Voltage:
Output Voltage:
Output Current:
Output Power:
Input Current:
Input Power:
1
Aggregate alarm consisting of: Test fail, line isolation, output failure, output
overload, output tripped, charger failure, inverter temperature, configuration error,
inverter failure, no batteries, battery failure.
Aggregate alarm consisting of: AC line loss, input over current/input current limit, surge
MOV failure, charger enable, option board failure, battery temperature probe error.
Reported from power supply V(in) measurement
Reported from power supply V(out) measurement
0 to 25A standard on port 1, port 2 requires power supply DOC option
Reported in AC Watts
Reported in Amps
Reported in AC Watts
Advanced diagnostics are available through Alpha certified network monitoring systems.
DSM3
DSM3x
DPM
Power Supply Monitored Parameters (Cont.)
UPS Status:
Charger Current:
Battery Discharge Current:
Battery Voltage:
Battery Temperature:
Remote Test Control:
Enclosure Door:
AC line, standby, test in process, test alarm
Reported in Amps
Reported in Amps
DSM3x: Individual battery voltage, up to four strings of 3-4 batteries (maximum 16
batteries), ±100mV per battery. DSM3: Individual battery voltage, up to two strings of 3-4
batteries (maximum 8 batteries), ±100mV per battery. DPM: Individual battery voltage.
Reported from power supply battery Remote Temperature Sensor (RTS)
Start/Stop power supply test cycle
Open or Closed
AlphaGen Generator Monitored Parameters (DSM3x Only)
Status:
Generator Alarms:
Gas Hazard:
Water Intrusion:
Pad Shear:
Enclosure Door:
Ignition Battery Voltage:
Enclosure Temperature:
Low Fuel
Remote Test Control:
Generator Off, Running, Alarm
Aggregate alarm consisting of: low oil pressure, engine over-temp, engine over-speed,
crank limit, over voltage, low fuel, water intrusion, pad shear, gas hazard, test fail.
OK, Alarm
OK, Alarm
OK, Alarm
Open, Alarm
Reported in DC volts, ±100mV
Reported in Celcius, ±2˚C
OK, Alarm
Start/Stop generator test cycle
AlphaGen DCX Generator (DSM3x and DPM Only)
Status:
Time Powering Load:
Generator Detected, Powering Load
An incremental timer that reports the amount of time in minutes the generator has
been powering the load. Alarm threshold can be set to notify when to refuel generator.
Cable Modem
Compliance:
DOCSIS 1.1 and 2.0
Transmit Frequency Range:
5 to 42Mhz
Receive Center Frequency Range: 91 to 857Mhz
TDMA:
+8 to +54 dBmV (32QAM, 64QAM)
+8 to +55 dBmV (8QAM, 16QAM)
Output Power Range:
+8 to +58 dBmV (QPSK)
S-CDMA:
+8 to +53 dBmV
(All modulations of S-CDMA)
Input Signal Range:
-15 to +15dBmV
Channel Bandwidth:
6Mhz
EuroDOCSIS 2.0
5 to 65 MHz
112 to 858 MHz
TDMA:
+68 to +114 dBuV (32QAM, 64QAM)
+68 to +115 dBuV (8QAM, 16QAM)
+68 to +118 dBuV (QPSK)
S-CDMA:
+68 to +113 dBuV
(All modulations of S-CDMA)
64QAM: +43 to +73 dBuV
256QAM: +47 to +77 dBuV
8MHz
Additional Equipment
XP-BSC-3-6:
XP-BSC-6-6:
XP-BSC-4-6:
Surge Arrestor
(Alpha P/N 162-028-10):
Wire Kit, Battery Sense, 1x36V, 6’
Wire Kit, Battery Sense, 2x36V, 6’
Wire Kit, Battery Sense, 1x48V, 6’
Female/Female connector configuration, “F” Type connector with integral ground
block required for all installations.
Outside Plant
23
AlphaNet™ IDH4
DOCSIS® Status Monitor for XM2, GMX & VMX
††Embedded network management for Alpha brodband
power supplies
††Standard network interface Web access and SNMP
ANSI/SCTE HMS MIBs
††Integrated network diagnostics tools
††Three models available: IDH4 (standard),
IDH4x (advanced) and IDH4L (XM2-300HP)
IDH4L
Specifications
IDH4
Power Supply Models Supported: IDH4: XM2-HP, XM2, GXM, VMX, IDH4x: XM2-HP, XM2, GXM, VMX, IDH4L: XM2-300HP
IDH4: Up to two strings of 36 or 48V batteries (6V batteries configurable up to two
Battery Monitoring:
strings), IDH4x: Up to four strings of 36 or 48V batteries (6V batteries configurable
up to four strings), IDH4L: One 12V battery (or two if AlphaCell Batteries)
IDH4: N/A, IDH4x: Up to five power supplies and an AlphaGen generator are
Power System Management:
managed from a single IDH4x including coordinated battery charging, system test
and aggregated alarms, IDH4L: N/A
Standard ANSI/SCTE-HMS MIBs support basic power supply monitoring. Advanced
Management Protocol:
diagnostics with battery and power module analytics available via secure SNMP
IDH4x
Advanced Diagnostics1
Intelligent Power
Supply Interface:
Power Inverter State of Health:
Power supply user interface displays advanced diagnostics including: DOCSIS
modem upstream and downstream RF levels, IP address assigned by network
DHCP server, MAC address and firmware versions, individual battery voltages to
verify correct wire harness installation
Power Supply internal diagnostics report if the power inverter requires service.
Reported Values: Inverter OK, Replace Inverter
Network Communications
DOCSIS (RF) Port Protocols:
Ethernet Port:
Hardware
RF Cable Interface:
Local Interface:
LED Indicators:
F-connector, female, 75 Ohm, connector angle accommodates coax bend radius
when installed in some enclosures
RJ-45, Ethernet,10/100Mbps
Ready/Alarm, Upstream registration, Downstream lock, AlphaBus activity, RF level,
Ethernet Link, CPE traffic, Battery Sense harness correctly connected
I/O Control (IDH4x and IDH4L Only): 6-pin Molex: Digital input, Digital output, 5V, Common
AlphaBus:
Battery Monitoring:
Tamper:
RJ-11 offset tab: Multi-power supply and AlphaGen communications
IDH4: 8-pin Molex battery string A/B, IDH4x: 8-pin Molex battery string A/B and
8-pin Molex battery string C/D, IDH4L: N/A
NO or NC, software configurable, reads enclosure door magnetic switch
Environment
Operating Temperature:
Storage Temperature:
Humidity:
Regulatory Compliance:
-40 to 65°C / -40 to 149°F
-40 to 85°C / -40 to 185°F
10 to 90% non-condensing
FCC Part 15 Class A, EN 50083-2:2006 EMC requirements for CATV equipment,
EN 62040-2:2006 Uninterruptible power supply EMC requirements, Category C2
Surge: IEEE 587, Category B3, RoHS: Directive 2002/95/EC
Power Supply Monitored Parameters
Major Alarm:
Minor Alarm:
Input Voltage:
Output Voltage:
Output Current:
Output Power:
UPS Status:
Enclosure Door:
Battery Voltage:
Battery Temperature:
Remote Test Control:
24
Outside Plant
Aggregate alarm consisting of: test fail, battery fail, line isolation alarm, output
overload, inverter, over-temperature, N+1 active, fuse fail
Aggregate alarm consisting of: temperature probe error, AC line loss, N+1 error
Reported from power supply V(in) measurement
Reported from power supply V(out) measurement
IDH4 and IDH4x: 0 to 25A standard on Port 1. Port 2-4 requires power supply
option, IDH4L: Dual outputs not to exceed 300 Watts; combined 3.5A at 90VAC
output voltage, 5A at 60VAC output voltage
Calculated, reported in AC Watts
AC Line, Standby, Test in progress, Test alarm
Open or Closed
IDH4: Individual battery voltage, up to two strings of 3 or 4 batteries (maximum 8
batteries), ±100mV per battery, IDH4x: Individual battery voltage, up to four strings
of 3 or 4 batteries (maximum 16 batteries), ±100mV per battery, IDH4L: Individual
battery voltage
Reported from power supply battery Remote Temperature Sensor (RTS)
Start/Stop power supply test cycle
MIBs:
IP, UDP, TCP, DHCP, TFTP, SNMPv1, SNMPv2c, HTTP, SNTP
Local Mode: HTTP web interface for local onsite diagnosis
CPE Mode: DOCSIS Cable modem Ethernet CPE functionality
Power supply (ANSI/SCTE 38-4), Other SCTE HMS MIBs as defined by the SCTE
for power supply and generator status monitoring, Alpha proprietary advanced
UPS diagnostics
Generator Monitored Parameters (IDH4x Only)
Status:
Generator Alarm:
Gas Hazard:
Water Intrusion:
Pad Shear:
Enclosure Door:
Ignition Battery Voltage:
Enclosure Temperature:
Low Fuel:
Remote Test Control:
Generator Off, Running, Alarm
Aggregate alarm consisting of: low oil pressure, engine over-temp, engine overspeed, crank limit, over voltage, low fuel, water intrusion, pad shear, gas hazard, test fail
OK, Alarm
OK, Alarm
OK, Alarm
Open, Alarm
±100mV
±2°C
OK, Alarm
Start/Stop generator test cycle
Cable Modem for DOCSIS 1.1 and 2.0
Transmit Frequency Range: 5 to 42Mhz
Receive Center
91 to 857Mhz
Frequency Range:
TDMA:
8 to 54dBmV (32QAM, 64QAM)
8 to 55dBmV (8QAM, 16QAM)
Output Power Range:
8 to 58dBmV (QPSK)
S-CDMA:
8 to 53dBmV (All modulations of S-CDMA)
Input Signal Range:
-15 to 15dBmV
Channel Bandwidth:
6Mhz
Additional Equipment
874-842-21 (P/N):
874-842-20 (P/N):
874-841-21 (P/N):
874-841-20 (P/N):
162-028-10 (P/N):
1
Wire Kit, Battery Sense, 1x36V, 6'
Wire Kit, Battery Sense, 2x36V, 6'
Wire Kit, Battery Sense, 1x48V, 6'
Wire Kit, Battery Sense, 2x48V, 6'
Surge Protector: Female/Female conector configuration, "F" type connector with
integralf ground block required for all installations
Advanced diagnostics are available through Alpha Certified network monitoring systems.
AlphaNet™ IDH4
DOCSIS® Status Monitor for XM3-HP
††Embedded network management for Alpha brodband
power supplies
††Standard network interface Web access and SNMP
ANSI/SCTE HMS MIBs
††Integrated network diagnostics tools
††Three models available: IDH4 (standard), IDH4x
(advanced) and IDH4L (used with AlphaGuard option)
IDH4L
IDH4
IDH4x
Specifications
Power Supply Models Supported: XM3-HP
IDH4: Up to two strings of 36 or 48V batteries (6V batteries configurable up to two
Battery Monitoring:
strings), IDH4x: Up to four strings of 36 or 48V batteries (6V batteries configurable
up to four strings), IDH4L: One 12V battery (or two if AlphaCell Batteries)
IDH4: N/A, IDH4x: Up to five power supplies and an AlphaGen generator are
Power System Management:
managed from a single IDH4x including coordinated battery charging, system test
and aggregated alarms, IDH4L: N/A
Standard ANSI/SCTE-HMS MIBs support basic power supply monitoring. Advanced
Management Protocol:
diagnostics with battery and power module analytics available via secure SNMP
Advanced Diagnostics1
Intelligent Power
Supply Interface:
Battery State of Health
(Requires AlphaApps Option):
Utility Status and Events
(Requires AlphaApps Option):
History Log Reports:
Power supply user interface displays advanced diagnostics including:
DOCSIS modem upstream and downstream RF levels, IP address assigned by
network DHCP server, MAC address and firmware levels
Power supply internal analytic diagnostics report when batteries should be serviced.
• Battery String Runtime Remaining
• Battery Life Remaining
AC Line Status:
• Utility Performance Status (outages, sags, surges, frequency)
• Utility Events (24-hour and lifetime number of events)
• Power Supply Event Log (events of daily power supply operation)
• Power Supply Configuration Log (events that occur infrequently)
• Battery Event Log (battery conductance measurement and battery manufactured dates
Hardware
RF Cable Interface:
Local Interface:
LED Indicators:
F-connector, female, 75 Ohm, connector angle accommodates coax bend radius
when installed in some enclosures
RJ-45, Ethernet,10/100Mbps
Ready/Alarm, Upstream registration, Downstream lock, AlphaBus activity, RF level,
Ethernet Link, CPE traffic, Battery Sense harness correctly connected
I/O Control (IDH4x and IDH4L Only): 6-pin Molex: Digital input, Digital output, 5V, Common
AlphaBus:
Battery Monitoring:
Tamper:
RJ-11 offset tab: Multi-power supply and AlphaGen communications
IDH4: 8-pin Molex battery string A/B, IDH4x: 8-pin Molex battery string A/B and
8-pin Molex battery string C/D, IDH4L: N/A
NO or NC, software configurable, reads enclosure door magnetic switch
Environment
Operating Temperature:
Storage Temperature:
Humidity:
Regulatory Compliance:
-40 to 65°C / -40 to 149°F
-40 to 85°C / -40 to 185°F
10 to 90% non-condensing
FCC Part 15 Class A, EN 50083-2:2006 EMC requirements for CATV equipment,
EN 62040-2:2006 Uninterruptible power supply EMC requirements, Category C2
Surge: IEEE 587, Category B3, RoHS: Directive 2002/95/EC
Generator Monitored Parameters (IDH4x Only)
Status:
Generator Alarm:
Gas Hazard:
Water Intrusion:
Pad Shear:
Enclosure Door:
Ignition Battery Voltage:
Enclosure Temperature:
Low Fuel:
Remote Test Control:
1
Generator Off, Running, Alarm
Aggregate alarm consisting of: low oil pressure, engine over-temp, engine overspeed, crank limit, over voltage, low fuel, water intrusion, pad shear, gas hazard, test fail
OK, Alarm
OK, Alarm
OK, Alarm
Open, Alarm
±100mV
±2°C
OK, Alarm
Start/Stop generator test cycle
Advanced diagnostics are available through Alpha certified network monitoring systems.
Power Supply Monitored Parameters
Major Alarm:
Minor Alarm:
Input Voltage:
Output Voltage:
Input Current:
Output Current:
Input Power:
Output Power:
UPS Status:
Charger Current:
Battery Discharge Current:
Battery Voltage:
Battery Temperature:
Remote Test Control:
Enclosure Door:
Aggregate alarm consisting of: test fail, line isolation, output failure, output
overload, output tripped, charger failure, inverter temperature, configuration error,
inverter failure, no batteries, battery failure
Aggregate alarm consisting of: AC line loss, input over current/input current
limit, surge MOV failure, inverter enable, charger enable, option board failure,
battery temperature probe
Reported from power supply V(in) measurement
Reported from power supply V(out) measurement
Reported in Amps
0 to 25A standard on port 1, Port 2 requires power supply option
Reported in AC Watts
Calculated, reported in AC Watts
AC Line, Standby, Test in progress, Test alarm
Reported in Amps
Reported in Amps
IDH4: Individual battery voltage, up to two strings of 3 or 4 batteries
(maximum 8 batteries), ±100mV per battery, IDH4x: Individual battery voltage,
up to four strings of 3 or 4 batteries (maximum 16 batteries), ±100mV per battery,
IDH4L: Individual battery voltage, up to four strings of 3 or 4 batteries (maximum
16 batteries), ±100mV per battery. Requires SAG option
Reported from power supply battery Remote Temperature Sensor (RTS)
Start/Stop power supply test cycle
Open or Closed
Network Communications
DOCSIS (RF) Port Protocols:
Ethernet Port:
MIBs:
IP, UDP, TCP, DHCP, TFTP, SNMPv1, SNMPv2c, HTTP, SNTP
Local Mode: HTTP web interface for local onsite diagnosis
CPE Mode: DOCSIS Cable modem Ethernet CPE functionality
Power supply (ANSI/SCTE 38-4), Other SCTE HMS MIBs as defined by the SCTE
for power supply and generator status monitoring, Alpha proprietary advanced
UPS diagnostics
Cable Modem for DOCSIS 1.1 and 2.0
Transmit Frequency Range: 5 to 42Mhz
Receive Center
91 to 857Mhz
Frequency Range:
TDMA:
8 to 54dBmV (32QAM, 64QAM)
8 to 55dBmV (8QAM, 16QAM)
Output Power Range:
8 to 58dBmV (QPSK)
S-CDMA:
8 to 53dBmV (All modulations of S-CDMA)
Input Signal Range:
-15 to 15dBmV
Channel Bandwidth:
6Mhz
Additional Equipment
874-842-21 (P/N):
874-842-20 (P/N):
874-841-21 (P/N):
874-841-20 (P/N):
162-028-10 (P/N):
Wire Kit, Battery Sense, 1x36V, 6'
Wire Kit, Battery Sense, 2x36V, 6'
Wire Kit, Battery Sense, 1x48V, 6'
Wire Kit, Battery Sense, 2x48V, 6'
Surge Protector: Female/Female conector configuration, "F" type connector with
integralf ground block required for all installations
Outside Plant
25
Continuity Software
DOCSIS® Power Supply Monitoring
††Enterprise-class, web-enabled and standard-based
††Centralized transponder provisioning and inventory
††Scheduled standby tests for preventative maintenance
††Standby event dashboards
††Enterprise-Class Software
Web-enabled and standard-based Continuity-SPS (Standby
Power Supply) is a flexible, standby power supply status
monitoring solution. Based on HMS and DOCSIS standards,
Continuity-SPS supports any standards-based transponder,
providing cable operators with an enterprise-class, centralized,
feature-rich, web-enabled tool to monitor all the standby power
supplies in the network.
††Centralized Transponder Provisioning
and Inventory
With Continuity-SPS you can automatically discover and
provision all transponders from one central location. ContinuitySPS also includes an up-to-date inventory of all transponders
that can be exported into Excel or CSV.
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Outside Plant
††Scheduled Standby Tests Allow for
Preventative Maintenance
Continuity-SPS allows you to proactively schedule standby tests,
which will alarm on risk areas on the network. A dashboard
graphically updates individual battery voltages from standby tests
every minute, making it easy to identify questionable batteries.
These batteries can be replaced during scheduled maintenance
visits before they turn the next standby event into an outage.
††Standby Event Dashboard
Continuity-SPS shows all current, standby events in an easy-toread dashboard. For each event, the standby event dashboard
displays summaries of past standby events and shows real-time
battery voltages. The standby event dashboard provides a
powerful view into the network during a power outage.
Node Power System
Rack, Pole, Wall or Floor Mount Options
††For low power applications including Fiber Deep up to
Node + 6 actives
††Optional AlphaGuard™ battery balancer and SPI-RF service
power inserter
††Multiple battery configurations for extended runtime
The Node Power Supply (NPS) enclosure is an integrated CableUPS® system for use in
Multi Dwelling Units (MDU), business parks, node segmentation and plant extension
applications. The NPS is specifically designed for indoor or outdoor installations requiring
lower power, a smaller footprint and embedded DOCSIS® or proprietary status monitoring
capability. The NPS can be conveniently mounted in an equipment rack, a wall, pole, or to
a floor pedestal using the appropriate installation kit. The NPS is an ideal solution for
back-up power where traditional equipment is too large and bulky.
CableUPS®
AlphaGuard™
• Enclosure fits XM2-906HP and XM2-300HP Industry leading
highest efficiency for lower operating costs
• Extends battery life
• Featuring i2M™ Intelligent Inverter Module for XM2-HP
and XM2 Platforms
• Compensates for battery differences as they age
• Spreads charge voltage equally across batteries
• Identify and replace single suspect batteries, not the
entire string
• Displays Critical Smart DOCSIS parameters and individual
battery voltages
• Single battery connections for charge management and
status monitoring
• Sharper easy-to-read blue LCD Smart Display
SPI-RF
Batteries
• Single network interconnect carrying system power and
DOCSIS RF monitoring signals
• Deliver 100% “out-of-box” capacity—no cycling required
• RF level control with SXP PAD
• Premium Gel model offers 50% longer life than traditional
gel batteries
• FRT shielded cast aluminum package
• Silver Alloy minimizes grid corrosion
• Maintenance-free threaded inserts; no periodic retorquing
Enclosure Cooling Fan (ECF) Systems
• Enclosure Cooling Fan enhances air circulation in an
enclosure’s battery compartment
• Front terminal design with protective covers
• High cyclic life capability
• Air flow eliminates “hotspot” premature battery failures in
hotter climates
• Flame retardant case and cover (to UL94VO)
• Significantly reduces the power supply
compartment temperature
• Integral handles (115HPL-FT, 220HPL-FT) for ease of handling
• 3-step terminal seal design ensures leak-free operation
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27
PWE Enclosure
Outdoor Pole Mount Enclosures
††Engineered for broadband powering applications
††Aluminum welded construction and durable powdercoated exterior
††Agency certified to meet applicable industry standards
††Internal or external SUSE rated service entrance options
††Optional Battery Integration Tray (BIT)
††Portable generator cabling access door
††Optional northern enclosure available for colder climates
Models:
PWE-3
PWE-3
PWE-3
(Northern Enclosure)
PWE-4
PWE-6
PWE-6
(Northern Enclosure)
24.5 x 24.3 x 14 /
622 x 615 x 355
39 / 18
25.4 x 24.8 x 14.1 /
645 x 628 x 359
42 / 19.1
24.8 x 30.3 x 16 /
629 x 768 x 406
57 / 26
36.8 x 24.3 x 14 /
933 x 615 x 355
68 / 31
37.7 x 24.8 x 14.1 /
958 x 628 x 359
73 / 33.1
PWE-6FT
PWE-8
PWE-9
PWE-D36
27.5 x 29.3 x 17.5 /
698 x 753 x 445
57 / 26
36.9 x 30.3 x 16 /
937 x 768 x 406
121 / 55
47 x 24.3 x 14 /
1194 x 615 x 355
85 / 38.5
47 x 24.3 x 14 /
1194 x 615 x 355
75 / 34
Mechanical
Dimensions H x W x D (in/mm):
Weight w/out Batteries (lb/kg):
PWE Enclosure Configurations:
Models Continued:
Mechanical
Dimensions H x W x D (in/mm):
Weight w/out Batteries (lb/kg):
PWE Enclosure Configurations:
Specifications
Material:
Door and Lid Seal:
Color:
Lid:
Door:
Pole Mount:
Tamper Switch:
Battery Side Tray:
Northern Enclosure Hood and Door for Colder Climates
Exterior powdercoated aluminum
Poron gasketing
Gray (custom colors available)
Removable
Hinged removable
Galvanized steel brackets for wood and concrete pole mount
and wall mount
Optional
Optional
Northern Enclosures feature Z-bracket, vented hood and doors with no batting required.
28
Outside Plant
UPE & UPE-M Enclosures
Outdoor Ground Mount Enclosures
††Engineered to accommodate broadband powering applications
††Internal or external SUSE rated service entrance options available
††Enclosures are CSA/UL certified to meet applicable industry standards
††Aluminum-welded construction and durable powdercoated exterior
††Portable generator cabling access door
††Multiple enclosure accessories and options available
UPE-8
UPE Models (Non-Metered)
UPE-3
UPE-4
UPE-6
33.5 x 26 x 15 /
851 x 660 x 381
61 / 28
35 x 34.5 x 15 /
889 x 876 x 381
72 / 32
48 x 26 x 15 /
1219 x 660 x 381
75 / 34
UPE-6L
UPE-8
Mechanical
Dimensions H x W x D (in/mm):
Weight w/out Batteries (lb/kg):
36 x 26 x 15 /
914 x 882 x 381
68 / 30
45.5 x 34.5 x 15 /
1136 x 882 x 381
121 / 55
UPE Configurations:
UPE-M Models (Metered)
UPE-M3
UPE-M6
UPE-M8
45 x 26 x 19.7 / 1143 x 660 x 482
100 / 44
57.3 x 26 x 19.7 / 1455 x 660 x 482
130 / 59
50 x 32 x 20.5 / 1270 x 813 x 521
140 / 64
Mechanical
Dimensions H x W x D (in/mm):
Weight w/out Batteries (lb/kg):
UPE-M Configurations:
Specifications
Material:
Door and Lid Seal:
Color:
Lid:
Door:
Ground Mount:
Tamper Switch:
Battery Side Tray:
Exterior powdercoated aluminum
Poron gasketing
Gray (custom colors available)
Removable
Removable/lockable
Precast polymer concrete pad (optional)
Optional
Optional
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29
LPE Enclosure
Indoor/Outdoor Enclosure
††Wall mount, pole mount and ground mounting options
††40% smaller than industry standard PWE-3 system
††Innovative thermal management airflow system
Mechanical
Dimensions H x W x D (in/mm):
Weight (lb/kg):
Material:
Battery:
Door and Lid Seal:
Color:
Lid:
Door:
26 x 16.5 x 12 / 661 x 420 x 305
25 / 11.3
Exterior powdercoated aluminum
220GXL or two 70HPL-FTs
Poron gasketing
Gray (custom colors available)
Removable
Hinged, removable
Innovative Convective Airflow System
Options
Mounting Hardware:
Battery Heater Mat:
Battery Retaining Bar (BRB):
Coax Connection:
Door Locks:
Lightning Arrester:
Service Entrance:
Status Indicators:
Pole mount bracket, wall mount bracket, ground mount bracket
Used in cold-climate applications
Secures batteries within enclosure
SPI or SPI-RF
Optional GEM lock
LA-P+ 120V, LA-P-120T, Surge Arrester Kit
70A available
Local/Remote Indicator (LRI)
• 75 Ω Coax, MF
• 75 Ω Coax, FF w/Gnd
• 75 Ω Coax, FF
Coax Surge Protection:
“Chimney effect”
provides active
convection cooling
Slanted lid
draws heat
up and out
Hotter
Extreme weather
resistant louver
free design
Smallest Available Footprint
Volume = 10.8ft 3
Cool air intake
through bottom
of enclosure
Volume = 7.2ft 3
Cooler
Volume = 2.8ft
3
Other Cost Effective Indoor Wall Mount Options
UPE-6
(ground mount) ­
LPE
(pole/wall mount)
PWE-6
(pole mount) ­
Wall Mount Shelf with
SPI mount bracket
Wall Mount Rack (WMR)
30
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HSHP Enclosure
High Security High Performance Enclosure
††All-in-one maximum security enclosure
††Internal and external security provisions to prevent against
unauthorized entry
††Flush surface design and concealed hinges limit pry points
††Added security options for exclusive senior management
dual-key access
Internal Battery Security Bar
Weldable Tabs
Internal security bar locks the batteries inside the enclosure.
Exclusive Alpha security screws are required to attached the bar
to the shelf and the bottom hooks into the internal base plate.
Concealed Hinges
Optional tabs can be added to the top and bottom of the door
which can be welded closed. A grinder is required to remove
the tabs.
Enclosure features concealed hinges prohibiting any external
access. The internal hinges are equipped with a release pin to
remove the door when servicing.
Recessed Door Design
High Security Latch Key Locks
The enclosure's constructed with a recessed door to limit
prying points. Attempts to pry will cause the until to lock up
the door frame.
Equipped with internal lock latches that hook directly into the
enclosure to protect from access to prying.
Reinforced Door Design
The enclosure door is reinforced with an internal U-Channel
frame around the entire perimeter of the door. When door is
closed, the internal U-Channel is locked between the
enclosure and the door.
Custom Keyed Security Bolt
Enhanced Lid
An Alpha exclusive security screw is provided to lock the power
supply directly to the cabinet itself. This feature adds senior
management dual-key access.
The lid is security bolted to the enclosure and nested to the
enclosure to enhance overall strength of the enclosure and
limit pry points.
Optional Mul-T-Locks
Optional 8-in-1 changeable combination cylinder for
maximum protection
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31
Security Accessories
Optional Accessories for Enclosure Security
††External security options available to prevent unauthorized entry and serve as
theft deterrent
††Internal security solutions to protect costly power system components
††Multiple security options available to maximize power system investment
PWE High Security Device
PWE High Security Device
Battery Security Device
This custom-fitted framework secures the batteries in the
equipment enclosure. A hinged, double-wall reinforced cross
beam with enclosed padlock housing locks the batteries in
place, while still allowing access by service personnel for
maintenance. Heavy-duty design and powder-coated steel
construction provide the appropriate level of security to
system batteries.
• High visibility theft deterrent
• Stainless steel construction—corrosion resistant
• Locking system prevents access to padlock shackle
(to prevent cutting of lock)
Ground Mount Security Bar For UPE / UPE-M / PN Enclosures
Security Bar Kit
• High visibility theft deterrent
• Powdercoated, corrosion resistant
• Locking system prevents access to padlock shackle
(to prevent cutting of lock)
Alpha’s enclosure security bar prevents unauthorized access
to pole-mount power system enclosures. It also helps secure
enclosure contents during unforeseen emergency or natural
disaster situations. Heavy-duty reinforced steel construction
and swing-away hinged design strike the right balance between
protection and serviceability. An enclosed padlock housing
further protects the enclosure from unauthorized access.
AlphaCell® Anti-Theft Label
• Destructible vinyl—made to fracture if tampered with.
Will not easily peel off.
• Temperature and chemical resistant
• Large, identifiable size (4x6”)
• Customizable with logo
DeWalt MobileLock
• Nationwide GPS Locator with anti-theft controls
• Customizable alarm sensors (vibration, tamper, temperature)
• Long life battery (up to 1 month)
• Mobile alert via email or cell phone
Tamper Switch
This magnetic door switch provides an intrusion alarm
through remote status monitoring and may be ordered with
normally-closed or normally-open contacts.
Power Supply Hold-Down Bracket
This security device consists of a metal framework wrap that
secures the power supply in place, guarding against theft,
vandalism and movement during natural disasters or other
extreme conditions such as traffic accidents.
32
Outside Plant
Safety Padlock
This hardened steel, corrosion-resistant, thin-profile padlock is
a critical element in preventing unauthorized access while still
allowing keyed entry to secured areas. Additionally, restricted
keyways, customer-specific key codes and exclusive key blanks
allow operators to establish a comprehensive keying strategy. It is
an excellent addition to other Alpha security accessories as its size
and thin-profile design fit within the enclosed padlock housings.
Enclosure Accessories
Optional Accessories for Enclosures
††Retrofit existing enclosures
††Easy installation and maintenance
††Cooling options extend battery and power supply life
††Heating options for maximum protection
Enclosure Cooling Fan (ECF) Systems
Battery Integration Tray (BIT)
• Factory installed option in any new PWE-3/6 and
UPE-3/6 enclosures
PWE/UPE series
• The enclosure cooling fan enhances air circulation in
an enclosure's battery compartment
• Eliminates battery cable kits and slide trays
• Air flow eliminates “hotspot” premature battery failures in
hotter climates
• Pre-wired voltage sense leads for transponder and AlphaGuard
• Significantly reduces the power supply
compartment temperature
• Greatly reduces battery preventative maintenance
• Allows for the direct connection of generator
Battery Heater Mat
• Calculated Mean Time Between Failure (MTBF) studies
indicate this will extend power supply life by two years
• Consumes 30% less power than previous designs
• Durable polyester construction and insulated design
PowerNode series
• Sealed on-mat electronics for maximum protection
• On-mat thermal switch and thermal fuse for redundant safety
Battery Spacer Clip (BSC)
• Piggyback plug standard on 120V models
Ladder Bracket
• Designed for use with most group 27 or 31 VRLA batteries
• Easy installation—clips to the top of the battery
• Provides safe access for servicing power supplies and
batteries without a bucket truck
• Increases battery life expectancy by providing critical battery
spacing required for proper ventilation
• Attaches to PWE enclosures; does not require a pole
attachment point
• Accurately positions and secures the Remote Temperature
Sensor (RTS)
• Heavy-duty galvanized steel construction
• Strongly recommended for hot climates
• Includes a safety belt attachment location accepting strand
hook ladders less than 20" in width
• Designed to last over 30 years or lifetime of the equipment
Battery Retaining Bar
• Provides added security against the batteries from falling out
or being thrown from an enclosure
• Easily snaps into place
Module Retaining Cable
• Prevents power supply from sliding off the shelf or being
thrown from a PWE enclosure
• Bolted to enclosure and clips to handle of supply
• Constructed of braided steel cable and carabiner style clips
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33
Powernode Systems
Extended Runtime Powering
††Configurable to support centralized or distributed powering architectures
††Compatible with AlphaGen™ generator systems or multiple battery strings
for extended runtime solutions
††SUSE and EUSERC rated options available
††CSA/UL certified to meet applicable industry standards
††High security lock option
PN-3 Specifications
Single PN-3
Dimensions H x W x D (in/mm):
44 x 26 x 24 / 1118 x 660 x 610
Weight w/out Trays (lb/kg):
115 / 52
Power Supply Capacity:
Up to two power supplies
Color:
Seafoam green, optional colors available
Standard Features:
Removable / lockable doors
Finish:
Durable powdercoat exterior
Material:
Aluminum
PN-3-HS (High Security) Specifications
Dimensions H x W x D (in/mm):
44 x 26 x 24 / 1118 x 660 x 610
Weight w/out Trays (lb/kg):
115 / 52
Power Supply Capacity:
Up to two power supplies
Color:
Seafoam green, optional colors available
Standard Features:
Removable/Lockable doors
Finish:
Durable powdercoat exterior
Material:
Aluminum
PN-4 Specifications
52 x 26 x 24 / 1320 x 660 x 610
Weight w/out Trays (lb/kg):
145 / 66
Power Supply Capacity:
Up to three power supplies
Color:
Seafoam green, optional colors available
Standard Features:
Removable/Lockable doors
Finish:
Durable powdercoat exterior
Material:
Aluminum
Outside Plant
Dual PN-3
PN-3/CE-3X2
2 Power Supplies
1 Battery String
AlphaGen™ Generator
The PN-3 enclosure can accommodate a maximum combination of three equipment or battery trays
1 Power Supply
2 Battery Strings
2 Power Supplies
4 Battery Strings
PN-3-HS
PN-3/SC-HS
PN-3/SC-HS
Sidecar and Battery Cabinet
1 Power Supply
High Security Locks
4 Battery Strings
The PN-3/SC-HS system has recessed star bolt security locks to prevent unauthorized entry. Reinforced door frames.
Doors reinforced with welded channel for strength
Battery Cabinet
3 Battery Strings
Single PN-4
Dimensions H x W x D (in/mm):
34
PN-3 with AlphaGen
Dual PN-4
PN-4/CE-9X2
2 Power Supplies
2 Battery Strings
AlphaGen Generator
The PN-4 enclosure can accommodate a maximum combination of four trays.
A maximum of either three power modules or three battery trays can be installed
2 Power Supplies
2 Battery Strings
3 Power Supplies
4 Battery Strings
Surge Protection
††UL 1449 3rd Edition Approved
††Critical protection from voltage transients
††Plug-in or hardwired solution utilizing Metal
Oxide Varistor (MOV) protection
††VSS 120/VSS 240 Series provides downed
power line protection
LA-P-120T
LA-P+
ISA-120/240
VSS 120/VSS 240
ISA-240
Surge Protection
Operating Voltage
120V Models
Model Selection
Series Model:
Good
LA-P+ 120
Outlet Type/Pass Thru:
Better
LA-P-120T
/ NO
Protection:
Operating Temperature:
LED Indicator:
120/240V Models
Best
VSS 120-152
/ YES
/ YES
Best
VSS 120-202
Best
ISA 120/2401
/ YES
Hardwired/ NA
240V Models
Good
LA-P+240
/ NO
Best
ISA 2401,2
Best
VSS2402
Hardwired/ NA
/ YES
L / N /G
-40 to 55°C /
-40 to 131˚F
Yes
L/N/G
-40 to 55°C /
-40 to 131˚F
Yes
L/N/G
-40 to 55°C /
-40 to 131˚F
Yes
L/N/G
-40 to 55°C /
-40 to 131˚F
Yes
L/N/G
-40 to 55°C /
-40 to 131˚F
Yes
L1 / L2 / G
-40 to 55°C /
-40 to 131˚F
Yes
L/G
-40 to 55°C /
-40 to 131˚F
Yes
L1 / L2 / G
-40 to 55°C /
-40 to 131˚F
Yes
700Vp
3kA
500Vp
3kA
500Vp
20kA
500Vp
20kA
700Vp / 1200Vp
10kA
1200Vp
3kA
1200Vp
10kA
500Vp
20kA
150VAC
130VAC
275VAC
275VAC
150VAC / 300VAC
320VAC
320VAC
275VAC
UL 1449 3rd Edition Specifications
Voltage Let Through Protection Rating:
Nominal Discharge Current Rating:
Maximum Continuous
Operating Voltage (MCOV):
COAX Protectors
Ideally suited to protect costly status monitoring transponders, digital set
top boxes, cable modems and satellite receivers in the headend as well as
high-end HDTV sets from potentially damaging surges. The patented
coaxial gas tube surge protector is equipped with an integral fail-safe
mechanism. Listed to UL 497, CSA Listed Certified and Complies with
1999 National Electric Code.
Part Numbers
Frequency Range:
Characteristic Impedance:
Insertion Loss (Includes Flatness):
Return Loss:
Protection
††Provide lightning and surge protection for distribution, customer premises
and headend equipment
DC Breakdown @ 2000V/s:
Impulse Breakdown @ 100V/µs:
Insulation Resistance:
††Power passing
††Listed to UL 497, CSA listed certified & complies with NEC
Part Number
Description
162-029-10:
162-027-10:
Female/Female connector configuration, “F” type connector
Male/Female connector configuration, “F” type connector
Female/Female connector configuration, “F” type connector with integral
ground block
162-028-10:
162-028-10
DC – 1.0GHz
75 Ohms
<0.3dB / 0.2dB typical
>30dB
DC – 1.0GHz
75 Ohms
<0.3dB
>20dB
150V to 300V
<450V
>100 MegOhms
150V to 300V
<450V
>100 MegOhms
>1500 Surges
>100 Surges
>10 Surges
>10 Surges
>1500 Surges
>100 Surges
>10 Surges
>10 Surges
>5 Operations
>60 Operations
>5 Operations
>60 Operations
>15min
-40 to 65°C / -40 to 149°F
>15min
-40 to 65°C / -40 to 149°F
RF Performance
††Patented In-Line® coaxial gas tube surge protection
††Improves broadband network reliability and reduces service outages
162-029-10/162-027-10
Surge Life3
10A, 10/1000µs:
100A, 10/1000µs:
1000A, 10/1000µs:
5000A, 8/20µs:
AC Life
5A, 1000VAC, 1s:
1A, 1000VAC, 1s:
Failshort
30A, 1000VAC:
Operating Temperature:
COAX Protectors
1
The ISA surge protection devices are factory wired on the load side of the service entrance and available for field replacement, these
arrestors should be installed by a licensed electrician. 2 UL1449 3rd edition not required. 3 All specifications for service life only.
Outside Plant
35
Fibernode Power Enclosure
††Designed for co-located power and fiber node configurations
††Thermally optimized for today’s fiber nodes
††Flexible configurations to accommodate multiple fiber deep applications
Fibernode Power Enclosure (Front)
Architecture—N+1 (Approximately 6 Actives)
XM2-906HP, 3 or 6 AlphaCell® Batteries and an AlphaGen DCX3000 Portable Generator
XM2-906HP Runtime (Hrs)
3 Batteries
195GXL
4.0HP
14.1
17.3
10.1
12.4
7.7
9.5
6.7
8.3
6.2
7.7
Load
2
3
4
4.6*
5
6 Batteries
195GXL
4.0HP
29.9
37.4
21.6
26.7
16.6
20.5
14.5
17.9
13.4
16.5
Maximum
Runtime2
57.4
46.6
40.3
37.7
36.2
DCX3000
20.0
19.9
19.8
19.8
19.7
Node Plus 1 Architecture
.55 A
1.3 A
.55 A
.55 A
.55 A
.55 A
Example = 417 Watts @ 90 VAC
.55 A
Architecture—N+2 (Approximately 20 Actives)
XM2-918HP, 3 or 6 AlphaCell® Batteries and an AlphaGen DCX3000 Portable Generator
1
x 1.3 AMP = 120 Watts @ 90 VAC
6
x .55 AMP = 3.3 AMP = 297 Watts @ 90 VAC
XM2-918HP Runtime (Hrs)
3 Batteries
195GXL
4.0HP
5.0
6.3
3.7
4.8
2.9
3.8
2.3
3.1
2.2
3.1
1.9
2.7
1.6
2.3
Load
6
8
10
12
12.3**
14
16
6 Batteries
195GXL
4.0HP
10.9
13.4
8.2
10.1
6.4
8.0
5.2
6.6
5.1
6.4
4.3
5.5
3.7
4.7
Maximum
Runtime
32.9
28.6
25.0
21.6
21.1
19.0
16.7
DCX3000
19.5
18.5
17.0
15.0
14.8
13.5
12.0
Node Plus 2 Architecture
.55 A
.55 A
.55 A
.55 A
.55 A
1.3 A
.55 A
.55 A
.55 A
.55 A
.55 A
.55 A
.55 A
.55 A
.55 A
Example = 1110 Watts @ 90 VAC
.55 A
.55 A
.55 A
.55 A
36
Outside Plant
**
1
x 1.3 AMP = 120 Watts @ 90 VAC
20
x .55 AMP = 11 AMP = 990 Watts @ 90 VAC
*
4.6A = 417W @ 90V. 2 Maximum Runtime with AlphaCell 4.0HP and AlphaGen DCX3000.
12.3A = 1110W @ 90V. 4 Maximum Runtime with AlphaCell 4.0HP and AlphaGen DCX3000.
Fibernode Power Enclosure
††Universal node mounting bracket provides easy installations
††36" width allows for horizontal node mounting
††High security option available
††Easy front and rear access
Fibernode Power Enclosure (Rear)
Architecture—N+0
XM2-300HP, 1 AlphaCell Battery and 2-Battery Back-up Pack
XM2-300HP Runtime (Hrs)
1 Battery
4.0HP
28.0
14.0
10.5
9.1
6.6
5.1
4.2
Load
0.5
1.0
1.3*
1.5
2.0
2.5
3.0
Back-up Pack1
4.0HP
60.1
30.1
22.7
19.6
14.1
10.9
8.8
Maximum Runtime
w/ 4.0HP and B/U Pack
88.1
44.1
33.3
28.7
20.8
16.0
13.0
Fibernode Power Enclosure Specifications
Dimensions H x W x D (in/mm):
Weight w/out Trays (lb/kg):
Power Supply Capacity:
Color:
Standard Features:
Finish:
Material:
Architecture — 8N+2 (8 Nodes with 1-2 Actives Each)
XM2-924HP, 4 or 8 AlphaCell® Batteries and an AlphaGen DCX3000 Portable Generator
45 x 36 x 32 / 1143 x 914.4 x 812.8
145 / 66
Up to two power supplies
Seafoam green, optional colors available
Removable/lockable doors
Durable powdercoat exterior
Aluminum
XM2-924HP Runtime (Hrs)
4 Batteries
4.0HP
3.6
3.1
3.0
2.8
2.5
2.2
Load
14
16
17**
18
20
22
8 Batteries
4.0HP
7.6
6.6
6.2
5.8
5.1
4.6
Maximum Runtime
w/ 4.0HP and DCX3000
21.1
18.6
17.7
16.8
14.7
13.6
DCX3000
13.5
12.0
11.5
11.0
9.5
9.0
8 Nodes Plus 1 Architecture
.55 A
1.3 A
1.3 A
.55 A
.55 A
.55 A
8 Fiber Nodes
with 1-2 Actives
Fed by One
XM2-924HP
1.3 A
.55 A
1.3 A
1.3 A
.55 A
Example = 1530 Watts @ 90 VAC = 17A @ 90 VAC
1.3 A
.55 A
.55 A
8 x 1.3 AMP = 10.4 AMP = 940 Watts @ 90 VAC
.55 A
12 x .55 AMP = 6.6 AMP = 594 Watts @ 90 VAC
.55 A
.55 A
.55 A
1.3 A
*
120W Node or 1.3A @ 90V. 1 Additional runtime back-up pack of 2 AlphaCell 4.0HP batteries.
17A = 1530W @ 90V.
**
1.3 A
Outside Plant
37
AlphaGen™ Curbside
Broadband Generator Systems
††Cost-effective extended runtime solution for broadband
powering applications
††Quiet operation, small size and low profile allow for easy installation in
populated areas
††Eliminates the large quantities of batteries otherwise required for
extended runtime
AlphaGen CE3x2-3G
Output Rating
DC Output Voltage:
DC Output Load Regulation:
Output Current:
Engine:
RPM (Variable Speed):
3.5kW
5.0kW
7.5kW
39V ±0.5V @ no load 36V configuration
52V ±0.5V @ no load 48V configuration
0.5V
39V @ 90A max. / 52V @ 67A maximum
52V ±0.5V @ no load 48V configuration
104V ±0.5V @ no load 96V configuration
0.5V
52V @ 144A max. / 104V @ 72A maximum
2800 to 3600RPM
39V ±0.5V @ no load 36V configuration
52V ±0.5V @ no load 48V configuration
0.5V
39V @ 128A max. / 52V @ 96A maximum
398cc, air cooled, single OHV 10.5hp (using natural gas fuel)
2800 to 3600RPM
68.7
63
68.3
62.6
68.5
62.5
66.9
60.9
70.3
64.3
66.4
60.4
2800 to 3600RPM
Acoustical Noise
dBA 10' @ 100% Rated Load:
dBA 20' @ 100% Rated Load:
dBA 10' @ 70% Rated Load:
dBA 20' @ 70% Rated Load:
Models
Dimensions H x W x D (in/mm):
Weight (lb/kg):
CE-3x2
CE-9x2
CE-3x2
CE-9x2
PN-6x
44 x 26 x 24 /
1117.6 x 660.4 x 609.6
383 / 174
52 x 26 x 24 /
1320.8 x 660.4 x 609.6
413 / 187
44 x 26 x 24 /
1117.6 x 660.4 x 609.6
383 / 174
52 x 26 x 24 /
1320.8 x 660.4 x 609.6
413 / 187
39 x 39.3 x 24 / 914 x 998.2 x 609.6
w/ Pedestal: 57 x 39.3 x 24 / 1447.8 x 998.2 x 609.6
338 / 174 w/ Pedestal: 370 / 168
APU Fuel Consumption
Natural Gas (1000BTU/Ft.3):
Propane Gas (2520BTU/Ft.3):
Exterior Surface Temperature:
60ft3/hr
0.82gal/hr - 30ft3/hr - 3.46lb/hr
80ft3/hr
1.10gal/hr - 40ft3/hr - 4.62lb/hr
65°C / 149°F max (meets requirements of UL/CSA)
All Models
AlphaGen Configuration Options
Gas Inlet Pressure:
Ign Charger Voltage:
Ign Charger Current:
Remote Interface Length:
Agency Compliance:
Fuel System, Controls
and Monitoring:
Sensors:
Safety Shutdowns:
Optional Feature:
38
150ft3/hr
1.48gal/hr - 50ft3/hr - 6.24lb/hr
Outside Plant
0.5 to 2 PSI Inlet pressure
(Contact Alpha engineering for additional supply resources)
13.5VDC
6A maximum
75ft typical. Distance depends upon installation, de-rating and
wire gauge
UL1778, UL2200, NFPA 37/54/58 and 70, CSA C22.2 No.107.1,
EMC/FCC Part 15 Class A
The controls and fuel system meet applicable sections of NFPA 37,
54 and 58 for automatic unattended operation of remotely located
generators. Full system control and status monitoring included.
Gas hazard, pad shear, water intrusion and tamper
Low oil pressure, over temp, low fuel pressure shutdown
(propane only), water intrusion, pad shear, gas hazard
(propane or natural gas), over-speed, over-crank
Cold start kit: provides additional starting capability at
temperatures below -18°C / 0°F
CE-3x2 3.5 or 5kW
CE-9x2 3.5 or 5kW
CE-3/9G Propane Storage for Generator
(For 3.5 and 5kW)
PN-6x 7.5kW
(PN-6x is not compatible with CE-3/9G)
AlphaGen™ DCX2000
Portable 36VDC Generator System
††Large 1.7G fuel tank for longer runtimes
††Optional remote monitor cable
††Theft resistance due to non-compatibility with household electronics
††Quiet operation, less than 71dBA at 7m (22ft)
Details
Required Accessories
Engine:
Rated Power:
Rated Current:
Alternator:
36V:
Output Regulation:
4-stroke, OHV, single cylinder, air cooled, manual choke
2,000W continuous, 2,200W maximum
50A
Permanent magnet, brushless
39.5VDC nominal at generator output connector
±1VDC
• Automatic voltage regulation
• Electronic governor
• Over current protection
• Digital voltmeter/ammeter
• Hour meter
• Reverse battery protection
Anderson type SBE-80 connector
1.7 gallon (6.5L) metal tank
Control Features:
Cable Interface:
Fuel Tank:
• 10’ P/N 875-324-22
• 30’ P/N 876-011-20
• 50’ P/N 875-324-21
Output Interface Cable:
Ring Lug Battery Interface:
• P/N 874-946-21
Alligator Clamp Battery
Interface:
• P/N 874-946-20
Battery Interface Cable
(choose one):
Runtime
@ 25% Load:
@ 80% Load:
@ 100% Load:
Audible Noise:
Dry Weight (lbs/kg):
Weight w/ Fuel (lbs/kg):
Dimensions L x W x H (in/mm):
20.2hrs
6.3hrs
5.0hrs
60 to 70dBA @ 7m
62 / 28
80 / 36.2
21 x 11.4 x 19.7 / 545 x 290 x 500
• CSA C22.2 No. 100-04
• CSA B376
• FCC part 15B Class A
• CARB
Agency:
Y-Adaptor*:
• P/N 874-946-22
Optional Accessories
AG-CAB-SM, a generator status monitoring cable, is available
at 10, 30 and 50’ lengths and used with a DPM, DSM3x,
IDH4x, IDH4L to indicate if a generator is connected
and running.
• 10’ P/N 746-278-21
• 30’ P/N 746-278-20
• 50’ P/N 746-278-22
DCX2000 Runtime
45
40
The Cable Management Harness provides a convenient way
to carry the cable and allows you to attached the cable to the
generator when not in use.
Hours of Runtime
35
30
• P/N 042-324-10
25
20
15
10
5
0
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
Cable Plant Amps at 90V
*
Connects the power supply’s battery input directly to the generator.
Outside Plant
39
AlphaGen™ DCX3000
Portable 3kW 36/48VDC Generator System
††DC technology requires no Automatic Transfer Switch (ATS)
††Selectable output for 36 or 48VDC operation up to 3000W
††Completely enclosed, water resistant for safe operation in the field
††Oversized metal gas tank with level gauge for extended runtimes up to 20 hours
Details
Optional Accessories
Part Number:
Engine:
Rated Power:
Alternator:
041-028-10
Honda GX 200 (6.5hp, air-cooled, OHV, single cylinder, manual
recoil starting, manual choke)
2800W continuous, 3000W maximum
Permanent magnet, brushless, bearingless
Dual Range Selector
36V:
48V:
Output Regulation:
Control Features:
Cable Interface:
Fuel Tank:
DCX-PG-WK:
DCX-PG-HANDLE:
AG-PG-TOOL:
AG-PG-UK:
AG-CAB-KIT:
Portable generator wheel kit (P/N 745-793-20)
Locking handle (P/N 745-792-20)
Punch tool kit for enclosures (P/N 745-131-20)
Enclosure upgrade kit (P/N 745-131-21)
Cable bag with cable and key lanyard (P/N 745-764-21-001)
Sound Levels
39.5VDC nominal at generator output connector
52.5VDC nominal at generator output connector
1VDC
• Automatic voltage regulation
• Electronic governor
• Over current protection
• Analog voltmeter with back light
Anderson type SBE-80 connector
3.4 gallon metal tank with level gauge
Ambient background noise level at 45dBa, all readings are 8 point averages
dBa
58.0
63.7
@ 100% Rated Load:
Feet
10’ 20’
Runtime
@ 25% Load:
@ 80% Load:
@ 100% Load:
Audible Noise:
Frame:
Dry Weight (lbs/kg):
Dimensions H x W x D (in/mm):
Agency:
20hrs
10hrs
7.2hrs
Approximatley 65dBa @ 7m under full load
Fully enclosed
Less than 118 / 53.5
22 x 17.6 x 25.9 / 569 x 480 x 655
CSA C22.2 No. 100-95, 107.1-01, 107.2-M89, 0.4,
FCC part 15B Class A
dBa
49.0
54.7
@ 25% Rated Load (Typical):
Feet
10’ 20’
Required Accessories
Output Interface Cable:
• 10’ P/N 875-324-22
• 30’ P/N 876-011-20
• 50’ P/N 875-324-21
Ring Lug Battery Interface:
• P/N 874-946-21
Battery Interface Cable
(choose one):
Alligator Clamp Battery
Interface:
• P/N 874-946-20
Y-Adaptor*:
• P/N 874-946-22
40
Outside Plant
*
Connects the power supply’s battery input directly to the generator.
AlphaGen™ ACX2000i
Inverter Generator
††Large 1.4G fuel tank for longer runtimes
††Quiet operation
††Inverter equipped for clean AC power
††Limited 12VDC output
††Fuel economy switch
Specifications
Features
Rated/Maximum Output (W):
Automatic Low Oil Shutdown:
Certifications:
Choke:
Continuous Run Time (Full Load/¼ Load):
DC Output:
Dry Weight (lb/kg):
Circuit Breaker:
Engine Type:
Fuel Economy Switch:
Fuel Type:
Fuel Tank Capacity (gallon/liter):
Dimensions L x W x D (in/mm):
1900 / 2000
Yes
EPA, CETL, CARB, ISO 9001
Manual
3.0 hrs / 7.5 hrs
12V to 8.3A
62 / 28
Inverter controlled
Single cylinder, 4-stroke OHV, Air cooled, gasoline
Yes
Unleaded gasoline
1.4 / 5.3
22 x 11 x 19 / 558.8 x 279.4 x 482.6
Horsepower (hp/cc):
4.3 / 125
Ignition System:
Maximum Current (A):
Maximum Output (kW):
Noise Level db @ 23ft/ 7m (Zero load/full load):
Oil Capacity (oz):
Oil Type:
Overload Reset Switch:
Primer Bulb:
Rated Current (A):
Rated Frequency (Hz):
Rated Output (kW):
Rated Voltage (V):
Receptacles:
Starting System:
Electronic ignition
16.7
2.0
56dB / 66dB
15.6
15W-40
No
Yes
15.8
60
1.9
120
One 120V, 20A 5-20R Duplex
Recoil
Accessories Included:
Automatic Low Oil Shutdown:
Certifications:
Choke:
Circuit Breaker:
Fuel Economy Switch:
Fuel Gauge:
Hour Meter:
Ignition System:
Inverter Equipped:
Overload Reset Switch:
Parallel Ready:
Phase:
Primer Bulb:
Structure:
Wheels:
Oil jug, 12V charge cable, spare spark plug, spark plug wrench
and handle, manual, keys and remote, oil drain extension, spare
10A glass tube fuse
Yes
EPA, CETL, CARB, ISO 9001
Manual
Panel mounted
Yes
No
No
Electronic ignition
Yes
No
No
Single
Yes
Enclosed
No
Included Accessories
• Oil Jug
• 12V Charge Cable
• Spare Spark Plug
• Spark Plug Wrench & Handle
• Manual
• Oil Drain Extension
Outside Plant
41
AlphaCell® 3.5HP & 4.0HP
Pure Lead Batteries
††Pure lead technology provides up to 20%
increased life expectancy
††Up to 6-year full warranty with XM3-HP
††Non-spillable UN2800 rating for ease of transportation
††4.0HP offering 240 cable runtime minutes
††String count reduction to reduce OpEx
You can use fewer AlphaCell HP batteries compared to standard batteries, while maintaining network runtime reliability. For power supply loads that
are less than 8A you can achieve a 4 hour runtime using a single string of 4.0HP batteries, compared to using two strings of competitive batteries.
Consult your Alpha sales engineer for a free network analysis on how to potentially reduce your OpEx by up to 25 percent while increasing the
reliability of the batteries in your network.
Models
3.5HP
Operating Temperature Range (w/ Temperature Compensation):
Storage Temperature:
Self Discharge:
Voltage Per Unit:
Float Charge Voltage:
Refresh/Boost Charging Voltage:
Maximum AC Ripple (Charger):
Terminal Type:
Terminal Hardware Torque:
Case Sizes:
Dimensions H x L x W (in/mm):
Weight Approximate (lbs/kg):
4.0HP
-40 to 140°F / -40 to 60°C (Charger temperature compensation @±4mVpC per °C)
14 to 104°F / -10 to 40°C
14 to 104°F / -10 to 40°C
Battery can be store for up to 18 months @ 77°F/25°C
Battery can be store for up to 18 months @ 77°F/25°C
12V
12V
13.5 to 13.8VDC average per 12V unit at 77°F/25°C
13.5 to 13.8VDC average per 12V unit at 77°F/25°C
14.4 to 15.0VDC average per 12V unit at 77°F/25°C
14.4 to 15.0VDC average per 12V unit at 77°F/25°C
0.5% RMS or 1.5% of float recommended for best results. Maximum voltage allowed = 4% P/P
Threaded alloy insert terminal to accept ¼” 20UNC bolt
Threaded alloy insert terminal to accept ¼” 20UNC bolt
110in-lbs / 12.4NM
110in-lbs / 12.4NM
31
31
8.5 x 13.4 x 6.8 / 223.5 x 337.0 x 172.7
8.5 x 13.4 x 6.8 / 223.5 x 337.0 x 172.7
68 / 30.8
74 / 35.6
Battery
Runtime Rating 25A (@ 25°C / 77°F to 1.75VPC):
Amp Hour Capacity 20Hr Rate (@ 25°C / 77°F to 1.75VPC):
Amp Hour Capacity 10Hr Rate (@ 20°C / 68°F to 1.80VPC):
Maximum Discharge Current:
Short Circuit Current:
Impedance 60Hz (Approximate):
Conductance Range Fully Charged New Battery (@ 25°C / 77°F):
3.5HP
4.0HP
210 minutes
104Ah
95Ah
800A
2800A
0.0027Ω
1550-1850
240 minutes
114Ah
102Ah
900A
3200A
0.0022Ω
1800-2100
Constant Current Nominal Ratings in Amps (@ 77°F / 25°C to 1.75V per Cell)
Discharge Time (Hours)
3.5HP:
4.0HP:
42
Outside Plant
1
2
3
4
5
6
8
10
12
20
70.2
81.9
40.3
45.8
28.6
32.2
22.3
25.0
18.2
19.9
15.3
16.7
12.1
13.1
9.9
10.6
8.4
9.1
5.2
5.7
Note: Terminal hardware included with every battery.
AlphaCell® 3.5HP & 4.0HP
Runtime for Pure Lead Batteries
††3 to 5 times longer shelf life vs. standard VRLA
††Provides up to 50% increased runtime in coldest climates
Efficiency(AlphaCell
VS. Temperature
Efficiency vs Temperature
3.5HP and 4.0HP)
AlphaCell 3.5HP and 4.0HP
Shelf Life Storage Comparison Table
100%
2.16
OCV Per Cell
90%
2.14
85%
2.13
80%
2.12
Percent State of Charge
95%
2.15
75%
2.11
2.1
100%
40°C /
104°F
0
3
6
30°C /
86°F
9
12
25°C /
77°F
15
18
21
20°C /
68°F 70%
24
Percent Rated Capacity Available
2.17
80%
60%
3.5HP
40%
Typical Gel
20%
0%
Storage Time (Months)
4.0HP
-40°F/
-40°C
-22°F/
-30°C
-4°F/
-20°C
14°F/
-10°C
32F/
0°C
50°F/
10°C
68°F/
20°C
86°F/
30°C
104°F/
40°C
Estimated Runtime Minutes Using XM3-918HP (Deduct 4-6% for Legacy XM Power Supplies)
90VAC @
Models:
3 Batteries:
6 Batteries:
9 Batteries:
4A
3.5HP
540
1144
1757
90VAC @
Models:
3 Batteries:
6 Batteries:
9 Batteries:
6A
4.0HP
588
1264
1980
3.5HP
358
771
1191
4.0HP
193
404
629
3.5HP
137
308
486
12A
3.5HP
165
368
578
8A
4.0HP
394
841
1318
3.5HP
263
574
892
4.0HP
164
342
530
3.5HP
116
264
418
4.0HP
581
1249
1956
3.5HP
395
846
1305
4.0HP
239
502
784
3.5HP
178
396
620
14A
10A
4.0HP
295
324
977
3.5HP
204
450
704
4.0HP
142
295
457
3.5HP
100
227
361
4.0HP
432
925
1450
3.5HP
308
667
1034
4.0HP
207
433
675
3.5HP
152
341
537
16A
4.0HP
234
491
767
18A
4.0HP
123
257
396
Estimated Runtime Minutes Using XM3-918HP (Deduct 4-6% for Legacy XM Power Supplies)
60VAC @
Models:
3 Batteries:
6 Batteries:
9 Batteries:
4A
3.5HP
797
1669
2551
60VAC @
Models:
3 Batteries:
6 Batteries:
9 Batteries:
6A
4.0HP
871
1876
2931
3.5HP
534
1131
1737
4.0HP
282
596
932
3.5HP
209
461
720
12A
3.5HP
251
547
852
Note: Calculation are Based on .92 cable plant factor @ 25°C / 77°F
8A
14A
10A
16A
4.0HP
342
727
1138
18A
Outside Plant
4.0HP
180
376
584
43
AlphaCell® GXL
GelCell Batteries
††True gel silver alloy minimizes grid corrosion
††Maintenance-free threaded inserts—no periodic retorquing
††Full-replacement, non-prorated warranty
Models
Operating Temperature Range (w/ Temperature Compensation):
Storage Temperature:
Self Discharge:
Voltage Per Unit:
Float Charge Voltage:
Refresh/Boost Charging Voltage:
Maximum AC Ripple (Charger):
Terminal Type:
Terminal Hardware Torque:
Case Sizes:
Dimensions H x L x W (in/mm):
Weight Approximate (lbs/kg):
220GXL
195GXL
165GXL
12.8V
13.5 to 13.8VDC
12.8V
13.5 to 13.8VDC
12.8V
13.5 to 13.8VDC
0.5% RMS or 1.5% of float charge voltage recommended for best results. Maximum allowed = 4% P-P
8.48 x 13.42 x 6.80 / 215.4 x 340.9 x 172.7
73 / 33.2
8.48 x 13.42 x 6.80 / 215.4 x 340.9 x 172.7
67 / 30.5
8.05 x 12.5 x 6.83 / 204.5 x 317.8 x 173.4
63 / 28.6
221 minutes
109Ah
900A
2800A
0.0050Ω
196 minutes
100Ah
900A
2600A
0.0050Ω
165 minutes
86Ah
800A
2500A
0.0055Ω
Battery
Runtime Rating 25A (@ 25°C / 77°F to 1.75Vpc):
Amp Hour Capacity 20Hr Rate (@ 25°C / 77°F to 1.75Vpc):
Maximum Discharge Current:
Short Circuit Current:
Impedance 60Hz (Approximate):
Conductance Range Fully Charged New Battery (@ 25°C / 77°F):
Constant Current Nominal Ratings in Amps (@ 25°C / 77°F to 1.75V per Cell)
Discharge Time (Hours)
1
2
3
4
5
6
8
10
12
20
220GXL:
195GXL:
165GXL:
Estimated Runtime Minutes Using XM2
90VAC @
Models:
3 Batteries:
4 Batteries:
6 Batteries:
8 Batteries:
9 Batteries:
195GXL
453
625
978
1338
1519
220GXL
149
210
339
478
538
195GXL
132
187
301
419
479
90VAC @
6A
195GXL
369
546
853
1165
1322
220GXL
320
444
701
960
1091
195GXL
285
396
625
859
978
195GXL
115
163
264
367
419
220GXL
119
169
275
385
440
195GXL
106
151
245
341
391
195GXL
622
853
1322
1798
2037
220GXL
508
701
1091
1487
1686
195GXL
453
625
978
1338
1519
195GXL
188
264
419
577
658
220GXL
196
275
440
607
692
195GXL
174
245
391
541
617
12A
Models:
3 Batteries:
4 Batteries:
6 Batteries:
8 Batteries:
9 Batteries:
Estimated Runtime Minutes Using XM2
60VAC @
Models:
3 Batteries:
4 Batteries:
6 Batteries:
8 Batteries:
9 Batteries:
195GXL
712
978
1519
2067
2345
220GXL
242
339
538
741
843
195GXL
215
301
479
660
753
Outside Plant
220GXL
236
329
523
720
820
195GXL
209
293
465
643
733
195GXL
92
132
214
299
342
220GXL
101
144
236
329
377
195GXL
899
128
209
293
335
195GXL
396
546
853
1165
1322
220GXL
377
523
820
1122
1273
195GXL
335
465
733
1006
1143
195GXL
151
214
340
470
538
220GXL
166
236
377
523
597
195GXL
148
209
335
465
531
10A
195GXL
193
256
407
562
640
220GXL
186
261
418
577
659
195GXL
165
232
372
515
587
195GXL
77
112
183
256
294
220GXL
87
124
204
288
329
195GXL
78
111
182
255
293
195GXL
294
407
640
877
997
220GXL
300
418
659
904
1027
195GXL
267
372
587
809
921
195GXL
125
182
290
402
462
220GXL
144
204
329
458
523
195GXL
128
182
293
407
465
16A
6A
12A
Models:
3 Batteries:
4 Batteries:
6 Batteries:
8 Batteries:
9 Batteries:
8A
195GXL
249
346
546
750
853
14A
4A
220GXL
798
1091
1686
2288
2590
60VAC @
44
4A
220GXL
508
701
1091
1487
1686
18A
8A
14A
195GXL
144
203
325
450
514
195GXL
66
96
159
223
256
10A
16A
195GXL
233
325
514
706
803
18A
195GXL
107
155
252
351
402
Note: Terminal hardware included with every battery, runtime calculation are Based on .92 cable plant factor @ 25°C / 77°F.
AlphaCell® MS Endur
Headend Batteries
††20-year design life batteries with VRLA technology
††Space saving design for the greatest amount of power in a small footprint
††Customizable to your system's configuration needs
MsEndur
C&D MS Endur (345 to 2180Ah)
Part Number
RAA64024CE01:
RBB46024CE01:
RBB64024CE01:
RCC46024CE01:
RDF38024CE01:
RDF46024CE01:
REH38024CE01:
REH46024CE01:
RFK38024CE01:
RFK46024CE01:
RHP38024CE01:
RHP46024CE01:
RJS38024CE01:
RJS46024CE01:
# Cells/Module
3
3
3
3
3
3
3
3
3
3
3
3
3
3
# Plates/Cell
7
9
9
11
15
15
19
19
23
23
27
27
35
35
Nom Ah Cap (8hr)
345
480
480
599
839
839
1079
1079
1319
1319
1559
1559
2038
2038
System # of Cells
24
24
24
24
24
24
24
24
24
24
24
24
24
24
System Voltage
48
48
48
48
48
48
48
48
48
48
48
48
48
48
Dimensions H x W x D (in/mm)
42.26 x 22.61 x 24.75 / 1073 x 574 x 629
62.14 x 19.32 x 24.75 / 1578 x 491 x 629
42.26 x 27.86 x 24.7.5 / 1073 x 708 x 629
62.14 x 22.61 x 24.75 / 1578 x 574 x 629
82.02 x 22.61 x 24.75 / 2083 x 574 x 629
62.14 x 27.86 x 24.75 / 1578 x 708 x 629
82.02 x 22.61 x 24.75 / 2083 x 664 x 629
62.14 x 34.44 x 24.75 / 1578 x 875 x 629
82.02 x 30.44 x 24.75 / 2083 x 773 x 629
62.14 x 39.54 x 24.75 / 1578 x 1004 x 629
82.02 x 34.44 x 24.75 / 2083 x 875 x 629
62.14 x 45.53 x 24.75 / 1578 x 1156 x 629
82.02 x 43.62 x 24.75 / 2083 x 1108 x 629
62.14 x 58.37 x 24.75 / 1578 x 1483 x 629
Weight (lb/kg)
1960 / 889
2454 / 1113
2430 / 1102
2916 / 1323
3644 / 1653
3610 / 1637
4531 / 2055
4481 / 2033
5275 / 2393
5223 / 2369
6043 / 2741
6225 / 2824
7901 / 3584
8120 / 3683
Cell Layout (W x H)
6x4
4x6
6x4
4x6
3x8
4x6
3x8
4x6
3x8
4x6
3x8
4x6
3x8
4x6
# Cells/Module
3
3
3
3
3
3
3
3
2
# Plates/Cell
19
21
23
25
27
29
31
33
33
Nom Ah Cap (8hr)
855
950
1045
1140
1235
1330
1425
1520
2000
System # of Cells
24
24
24
24
24
24
24
24
24
System Voltage
48
48
48
48
48
48
48
48
48
Dimensions H x W x D (in/mm)
68.32 x 24.15 x 27.12 / 1735.32 x 613.41 x 688.84
68.32 x 26.4 x 27.12 / 1735.32 x 670.56 x 688.84
68.32 x 28.65 x 27.12 / 1735.32 x 727.71 x 688.84
68.32 x 30.9 x 27.12 / 1735.32 x 784.86 x 688.84
68.32 x 33.15 x 27.12 / 1735.32 x 842.01 x 688.84
68.32 x 35.4 x 27.12 / 1735.32 x 899.16 x 688.84
68.32 x 37.65 x 27.12 / 899.16 x 956.13 x 688.84
68.32 x 39.9 x 27.12 / 1735.32 x 101.46 x 688.84
68.32 x 26.6 x 27.12 / 1735.32 x 675.64 x 688.84
Weight (lb/kg)
3612 / 1638
3956 / 1794
4308 / 1954
4652 / 2110
4972 / 2255
5348 / 2426
5668 / 2571
6020 / 2737
8616 / 3908
Cell Layout (W x H)
3x8
3x8
3x8
3x8
3x8
3x8
3x8
3x8
(2 x 6) x 2
# Plates/Cell
Nom Ah Cap (8hr)
600
696
800
896
1000
1096
1200
1296
1400
1496
1600
Weight (lb/kg)
Cell Layout (W x H)
2992 / 1357
3391 / 1539
3760 / 1706
4120 / 1869
4488 / 2036
4864 / 2206
5224 / 2370
5632 / 2555
6000 / 2722
6360 / 2885
3x8
3x8
3x8
3x8
3x8
3x8
3x8
3x8
3x8
3x8
East Penn Unigy II (760 to 2000Ah)
Part Number
24AVR95-19:
24AVR95-21:
24AVR95-23:
24AVR95-25:
24AVR95-27:
24AVR95-29:
24AVR95-31:
24AVR95-33:
24AVR125-33:
GNB Absolyte GP
Part Number
100G13:
100G15:
100G17:
100G19:
100G21:
100G23:
100G25:
100G27:
100G29:
100G31:
100G33:
15
17
19
21
23
25
27
29
31
33
System Voltage
48
48
48
48
48
48
48
48
48
48
48
Dimensions H x W x D (in/mm)
26.4 x 8.55 x 20 / 624.84 x 217.17 x 508
26.4 x 8.59 x 22.2 / 624.84 x 218.18 x 563.88
26.4 x 8.59 x 24.5 / 624.84 x 218.18 x 622.3
26.4 x 8.59 x 26.8/ 624.84 x 218.18 x 680.70
26.4 x 8.59 x 29.1 / 624.84 x 218.18 x 739.14
26.4 x 8.59 x 31.3 / 624.84 x 218.18 x 795.02
26.4 x 8.59 x 33.6 / 624.84 x 218.18 x 853.44
26.4 x 8.59 x 35.8 / 624.84 x 218.18 x 909.32
26.4 x 8.59 x 38 / 624.84 x 218.18 x 956.2
26.4 x 8.59 x 40.3 / 624.84 x 218.18 x 1023.62
26.4 x 8.59 x 42.6 / 624.84 x 218.18 x 1082.04
Outside Plant
45
AlphaCell® XTV
Extreme Temperature Cable Broadband Batteries
††Extreme temperature Absorbed Glass Mat (AGM) technology
††Significant cold temperature performance improvement over gel
††Longer runtimes help increase network reliability
††Multiple models provide options for all network architectures
††Power density gains allow more runtime from smaller sized battery
General
100XTV
Operating Temperature Range
(w/ Temperature Compensation):
Storage Temperature:
Self Discharge:
Voltage Per Unit:
Float Charge Voltage:
Refresh/Boost
Charging Voltage:
Maximum AC Ripple (Charger):
Terminal Type:
Terminal Hardware Torque:
Case Sizes:
Dimensions H x L x W (in/mm):
Weight Approximate (lbs/kg):
150XTV
100XTV
150XTV
195XTV
-40 to 60°C / -40 to 140°F (charger temperature compensation @ ±3.3mVpc per °C)
14.4 to 15.0VDC average 12V unit at 25°C / 77°F
0.5% RMS or 1.5% of float recommended for best results. Maximum voltage allowed = 4% P/P
Threaded alloy insert terminal
Threaded alloy insert terminal to accept M6 x 20mm bolt
to accept M6 x 12mm bolt
13.6NM / 120in-lbs
13.6NM / 120in-lbs
13.6NM / 120in-lbs
13.6NM / 120in-lbs
22NF
24
27
31
8.17 x 9.01 x 5.46 / 207 x 228 x 138
8.44 x 10.85 x 6.65 / 214 x 275 x 168
8.43 x 12.71 x 6.67 / 214 x 322 x 169
8.57 x 13.50 x 6.71 / 217 x 343 x 170
39 / 17.7
56 / 25.4
67 / 30.5
75 / 32
Battery1
100XTV
150XTV
195XTV
240XTV
100 minutes
56Ah
300A
1450A
0.005Ω
700 - 800
150 minutes
80Ah
800A
1900A
0.0045Ω
900 - 1100
195 minutes
100Ah
800A
2250A
0.0039Ω
1050 - 1250
240 minutes
112Ah
850A
2650A
0.0034Ω
1250 - 1550
Constant Current Nominal Ratings in Amps2 (@ 25°C / 77°F to 1.75V per Cell)
Discharge Time (Hours)
1
2
3
39.4
53.0
65.5
81.7
22.1
30.6
37.6
45.5
15.8
21.6
26.9
32.1
4
5
6
8
10
12
20
12.4
16.8
21.0
25.0
10.3
13.9
17.3
19.8
8.7
11.9
14.7
16.6
6.7
9.3
11.3
13.0
5.4
7.7
9.4
10.5
4.6
6.5
7.9
9.0
2.8
4.0
5.0
5.6
Estimated Runtime Minutes Using XM3-918HP2 (Deduct 4-6% for Legacy XM Power Supplies)
90VAC @
4A
6A
Models:
3 Batteries:
6 Batteries:
9 Batteries:
8A
150XTV
195XTV
240XTV
100XTV
150XTV
195XTV
240XTV
100XTV
150XTV
195XTV
240XTV
100XTV
150XTV
195XTV
240XTV
280
597
914
401
869
1349
506
1083
1673
581
1240
1927
183
402
621
262
579
905
335
726
1128
389
830
1292
133
298
465
190
427
672
245
538
841
289
617
961
101
232
366
146
332
527
190
421
662
228
485
757
100XTV
150XTV
195XTV
240XTV
100XTV
150XTV
195XTV
240XTV
100XTV
150XTV
195XTV
240XTV
100XTV
150XTV
195XTV
240XTV
81
188
300
117
269
430
153
344
542
188
399
621
66
157
252
96
224
360
127
288
456
158
336
524
55
133
215
81
191
307
108
246
391
136
290
451
47
113
185
69
163
264
92
211
337
118
251
391
150XTV
195XTV
240XTV
100XTV
150XTV
195XTV
240XTV
290
637
995
369
797
1237
427
912
1419
157
347
539
224
499
783
288
627
977
336
717
1118
150XTV
195XTV
240XTV
100XTV
150XTV
195XTV
240XTV
127
291
432
166
370
582
201
428
667
74
174
278
108
249
398
142
319
503
175
371
577
12A
14A
16A
Estimated Runtime Minutes Using XM3-624HP2 (Deduct 4-6% for Legacy XM, VMX, and GMX Power Supplies)
60VAC @
4A
6A
100XTV
150XTV
195XTV
240XTV
100XTV
150XTV
195XTV
240XTV
100XTV
Models:
416
599
751
858
276
396
500
574
203
3 Batteries:
869
1280
1588
1828
590
858
1070
1225
441
6 Batteries:
1321
1941
2441
2832
904
1333
1653
1904
681
9 Batteries:
60VAC @
12A
14A
100XTV
150XTV
195XTV
240XTV
100XTV
150XTV
195XTV
240XTV
100XTV
Models:
126
181
234
276
104
150
195
233
87
3 Batteries:
284
407
513
589
238
340
431
497
203
6 Batteries:
444
461
803
918
375
539
677
774
322
9 Batteries:
46
Outside Plant
10A
100XTV
90VAC @
Models:
3 Batteries:
6 Batteries:
9 Batteries:
240XTV
-10 to 40°C / 14 to 104°F
-10 to 40°C / 14 to 104°F
-10 to 40°C / 14 to 104°F
-10 to 40°C / 14 to 104°F
Battery can be stored up to 12 months at 25°C / 77°F. Higher temperatures during storage will require more frequent recharge.
12V
12V
12V
12V
13.5 to 13.8VDC average per 12V unit at 25°C / 77°F
Runtime Rating 25A (@ 25°C / 77°F to 1.75Vpc):
Amp Hour Capacity 20Hr Rate (@ 25°C / 77°F to 1.75Vpc):
Maximum Discharge Current:
Short Circuit Current:
Impedance 60Hz (approximate):
Conductance Range Fully Charged New Battery (@ 25°C / 77°F):
100XTV:
150XTV:
195XTV:
240XTV:
240XTV
195XTV
18A
8A
10A
16A
18A
1
2
Terminal hardware included with every battery
Based on .92 cable plant factor @ 25°C / 77°F
AlphaCell® SMU
10-Year Front Terminal Batteries
††Take advantage of your cable buying power on batteries
††Alpha offers cable companies the most competitive pricing on UPS
and DC plant batteries, including C&D, GNB and East Penn 10 and
20 year VRLA batteries
††Alpha Technologies Services offers removal, replacement and recycling
of UPS Batteries
AlphaCell SMU
C&D Tel Series
Part Number
Tel12-105F:
Tel12-150F:
Model Volts
12
12
Capacity @ 8hr rate @ 1.75V/C
100
151
Dimensions L x W x H (in/mm)
22.6 x 4.9 x 9.0 / 573.7 x 126.5 x 229.2
21.9 x 4.9 x 12.5 / 557.5 x 122.7 x 318.3
Weight (lb/kg)
80 / 36
131 / 60
Terminal Type
Threaded Insert
Threaded Insert
Model Volts
12
12
12
12
Capacity @ 8hr rate @ 1.75V/C
90
104
125
155
Dimensions L x W x H (in/mm)
156 x 4.1 x 10.6 / 395 x 105 x 270
20.1 x 4.3 x 9.4 / 511 x 110 x 238
22 x 4.9 x 11.1 / 559 x 124 x 283
22 x 4.9 x 11.1 / 559 x 124 x 283
Weight (lb/kg)
68 / 31
79 / 35.8
105 / 47.6
119 / 53.8
Terminal Type
Threaded Insert
Threaded Insert
Threaded Insert
Threaded Insert
GNB Marathon
Part Number
M12V90FT:
M12V105FT:
M12V125FT:
M12V155FT:
AlphaCell SMU-F
Part Number
SMU12-50FR:
SMU12-75FR:
SMU12-85FR:
SMU12-105FR:
SMU12-125FR:
SMU12-155FR:
SMU12-170FR:
Model Volts
12
12
12
12
12
12
12
Capacity @ 8hr rate @ 1.75V/C
50
74
86
102
112
150
172
Dimensions L x W x H (in/mm)
15.4 x 4.1 x 8.9 / 390 x 105 x 227
21.9 x 4.1 x 8.9 / 558 x 105 x 227
15.6 x 4.1 x 10.6 / 395 x 105 x 270
20.1 x 4.3 x 9.4 / 511 x 110 x 238
21.9 x 4.9 x 10.6 / 558 x 125 x 270
21.9 x 4.9 x 11.1 / 558 x 125 x 283
21.9 x 4.9 x 12.2 / 558 x 124 x 310
Weight (lb/kg)
47.4 / 21.5
68.3 / 31
69.5 / 31.5
79.4 / 36
108 / 49
119 / 54
129.8 / 59
Top Access Stud Hole Size
8mm
8mm
8mm
8mm
8mm
8mm
8mm
Front Access Stud Size
6mm
6mm
6mm
6mm
6mm
6mm
6mm
Tel Series 10 Year Batteries1 (Top Terminal)
Part Number
Tel12-30:
Tel12-45:
Tel12-70:
Tel12-80:
Tel12-90:
Tel12-125:
Model Volts
12
12
12
12
12
12
Capacity @ 8hr rate @ 1.75V/C
30
46
69
79
88
127
Dimensions L x W x H (in/mm)
7.8 x 5.2 x 6.8 / 197.4 x 131.9 x 172.7
8.9 x 5.4 x 8.1 / 228.3 x 138.9 x 205.6
10.3 x 6.8 x 8.0 / 260.5 x 173.4 x 203.6
12.0 x 6.8 x 8.1 / 305.8 x 173.4 x 205.3
13.5 x 6.8 x 8.5 / 343.1 x 171.7 x 216.2
13.6 x 6.8 x 10.9 / 344.7 x 171.7 x 277.7
Weight (lb/kg)
27 / 12
40 / 18
55 / 25
68 / 31
72 / 33
100 / 45
Top Access Stud Hole Size
Threaded Insert
Threaded Insert
Threaded Insert
Threaded Insert
Threaded Insert
Threaded Insert
Dimensions L x W x H (in/mm)
6.5 x 5.2 x 6.9 / 166.2 x 131.3 x 174.3
7.8 x 5.2 x 6.8 / 197.1 x 131.9 x 172.7
9.0 x 5.5 x 8.1 / 228.6 x 139.2 x 205.1
10.3 x 6.8 x 8.0 / 260.9 x 173.4 x 203.5
12.0 x 6.8 x 8.1 / 305.8 x 173.4 x 204.8
13.4 x 6.8 x 8.5 / 340.9 x 172.7 x 216.4
13.6 x 6.8 x 10.9 / 344.7 x 172.7 x 277.7
12.6 x 6.9 x 8.9 / 320.8 x 177.0 x 227.2
12.6 x 6.9 x 9.9 / 321 x 177 x 253
Weight (lb/kg)
21 / 10
27 / 12
40 / 18
57 / 26
67 / 30
74 / 34
10 / 45
100 / 45
72 / 33
Terminal Type
Flag terminal
Threaded Insert
Threaded Insert
Threaded Insert
Threaded Insert
Threaded Insert
Threaded Insert
Threaded Insert
Threaded Insert
UPS (Flame Retardant High Rate Series)
Part Number
UPS12-100MR:
UPS12-150MR:
UPS12-210MR:
UPS12-300MR:
UPS12-350MR:
UPS12-400MR:
UPS12-490MR:
UPS12-540MR:
UPS6-620MR:
1
Model Volts
12
12
12
12
12
12
12
12
6
Watts per cell
91
148
206
300
350
400
488
537
620
SLC versions available with Cable Assembly Terminal Type. Model numbers include/SLC after the model (ex. Tel12-30/SLC).
Outside Plant
47
AlphaGuard™
Battery Charge Management System
††Maximizes battery life
††Spreads charge voltage equally across batteries
††Compensates for battery differences as they age
††Replace single batteries, not the entire string
††Single battery connections for charge management and status monitoring
††Safe unattended operation designed to CSA C22.2 No. 107.1 and UL 1778 Standards
††Optional potted AlphaGuard for underground battery vault applications
AlphaGuard CMT-3
Potted AlphaGuard CMT-3
Models
AG-CMT-3:
AG-CMT-4:
AG-CMT-3SC-P-C:
AG-CMT-3SC-P:
AG-CMT-4SC-P-C:
AG-CMT-4SC-P:
AlphaGuard Charge Management SC, 36V —including 36VDC battery string interface cable
AlphaGuard Charge Management SC, 48V —including 48VDC battery string interface cable
AlphaGuard 36VDC, Potted with 6ft sense wires*
AlphaGuard 36VDC, Potted without sense wires*
AlphaGuard 48VDC, Potted with 6ft sense wires*
AlphaGuard 48VDC, Potted without sense wire*
Configuration
Quantity:
Service Location:
One (1) AlphaGuard is required per battery string
With the battery string
Mechanical
Housing Material:
Dimensions H x W x D (in/mm):
Weight (lb/kg):
Potted Weight (lb/kg):
High impact plastic
1.4 x 4.8 x 4.3 / 36 x 122 x 108
0.8 / .36
1.5 / .68
Environment
Operating Temperature:
Humidity
-40 to 55°C / -40 to 131°F
5 to 95% non-condensing
Warranty
Warranty:
5 years
Electrical
Batteries:
Circuit Protection:
Quiescent Current Draw:
Charge Management:
Maximum Current:
Quality of Final Balance:
Charging Efficiency:
Charge Balance:
Low Voltage Cutoff:
Communication to XM2:
Voltage Sense Regulation:
Individual 12VDC nominal batteries configured into 36 or 48VDC strings
Single blow fuse, reverse polarity protected
1mA max. (Current consumed by AlphaGuard after low voltage total shutdown)
Most effective during float period of charge
2A @ 25°C / 77°F
±100mV max. between any two (2) batteries
80 to 90%
±100mV typical
34.5VDC / 46VDC ±5%
AlphaGuard configured DSM communications card
±100mV
Cables
AG-DSM-S9-Cable, AG-DSM-D9-Cable, AG-DSM-D35-Cable, AG-DSM-S35-Cable, Battery Cable 36V 6ft, Battery 48V 6ft
48
Outside Plant
*
The sense wires are preconnectorized and 6ft in length. The 6ft lenght allows connection to one of the four extension cables shown below.
Battery Testing Equipment
AlphaCell® Battery Testing Equipment
††Complete battery life trending through conductance tests
††Non-intrusive conductance measurements do not reduce string life
††Quick, accurate measurements and data recording reduce onsite time
††Simple pinpoint testing requires only access to two battery posts or straps
††Enables early detection of questionable batteries in the network
Model
Celltron Essential
Model Number:
Applications:
Voltage:
Conductance:
Test Data Storage:
Accuracy:
Voltmeter Resolution:
CTE-1200AT (w/temperature sensor)
Tests 6 and 12V batteries with data retention
1.5 to 20VDC
100 to 9999 Siemens
Up to 144 consecutive tests can be stored internally
+2% across test range
10mVDC
Celltron Essential CTE-1200AT
Environment
Operating Temperature:
Humidity:
0 to 40°C / 32 to 104°F
95% non-condensing
Kit Contents
• CTE-1200AT tester
• PowerSure Software
• Infrared PC data cable
Outside Plant
49
Fiber Power
Alpha Technologies offers a complete portfolio of fiber-to-the-home powering
options with the FlexPoint™ line of 12VDC single-family unit solutions (SFU) and
the FlexNet™ line of 48VDC multiple dwelling unit (MDU) and small office home
office (SOHO) power supplies. All of Alpha’s powering solutions are engineered
to perform reliably in the most demanding environmental conditions while
optimizing battery life and performance.
††FlexPoint™ AX 12VDC.............................................................................52
††FlexPoint™ Product Family.....................................................................53
††FlexPoint™ 1208-F..................................................................................54
††FlexNet™ 48VDC 50W..............................................................................55
††FlexNet™ 48VDC 150W............................................................................56
††FlexNet™ 48VDC 300W............................................................................57
††Radium MiniBay.....................................................................................58
††Flexible Backhaul Enclosure 2322.........................................................59
Fiber Power Systems
51
FlexPoint™ AX 12VDC
PON Battery Backup Power Supplies
††Full or partial outdoor configurations
††Outdoor rated BBPS including battery for 24/7 availability
††Utility meter base provides most reliable source of AC power at home
Input (International AC Selections and Line Cords Available)
AC Input Voltage:
AC Input Frequency:
AX30-12D-HC: 85 to 132VAC (120VAC nominal)
AX30-12D-SFPC: 216 to 254VAC (240VAC nominal)
AX30-12D-HC: 50 to 60Hz
AX30-12D-SFPC: 60Hz
Applications
Indoor Powering—Non-UPS
Output
DC Output Voltage:
Continuous
Output Power:
Current Limit:
Short Circuit Protection:
DC Ripple:
SFPC + BBPS / HC + BBPS (UPS System): 10.5 to 14.4VDC
SFPC / HC (Non-UPS System): 11.6VDC
HC + BBPS (UPS System): 30W at nominal battery float charge
SFPC + BBPS (UPS System): 30W at nominal battery float charge
HC (Non-UPS System): 24W
SFPC (Non-UPS System): 30W @ -40 to 55°C, 20W @ 65°C
2.4A current limit (HC), 3.2A current limit (SFPC)
Electronic
150mV
Indoor Wall Mount
Home Converter
Two
Wire
(8ft)
Operating
Temperature Range:
Humidity:
Battery Storage:
Elevation Operation Max:
Elevation Storage Max:
Battery
Two Conductor
Less than 30’ (10m)
7.2 or 17Ah
Battery Module
Indoor Wall Mount
Home Converter
Two
Wire
(8ft)
11.6 to 16VDC
Three Conductor
10.5 to 14.4VDC
30W Output
Wall
Less than 100’ (30m)
Power + Alarms
ONT
Less than
10’ (3m)
Outdoor Powering—Non-UPS
Meter Base and Meter
Outdoor
Power-Ring
Converter
ONT
Type:
Typical Recharge Time:
Maintenance-free, leak-proof, sealed VRLA (valve regulated lead acid)
AX-12D-BBPS-7.2: <16hrs with 24W load
AX-12D-BBPS-17: <36hrs with 24W load
Regulatory Approvals
Home Converter:
Power-Ring:
Safety Fuse
Power-Ring Converter:
BBPS Modules:
NRTL/C LPS, FCC Part 15 Class B, UL/CSA UR UL 60950-1
UR UL414
UR UL60950-1, UL SU2745
11.6VDC Nominal 30W Output at -40 to 55°C, 20W at 65°C
Two Conductor
Outdoor Powering—UPS
Meter Base and Meter
2 year
1 year
3 year
Status Alarms (Local LED Indicators)
Green Steady:
Green Blinking:
Red Steady:
Red Blinking:
Output OK
Standby operation
Replace battery
Battery missing / battery low
Remote Status Alarms (PacketCable Compliant)
AC Fail:
Replace Battery:
Battery Missing:
Battery Low:
7.2 or 17Ah
Battery Module
Outdoor
Power-Ring
Converter
11.4 to 16VDC
Three Conductor
Electronics:
Battery (standard):
Battery (long life):
Less than 30’ (10m)
NRTL/C
Warranty
52
Wall
Indoor Powering—UPS
Environment
AX30-12D-SFPC + BBPS: -40 to 113°F (-40 to 45°C)
AX30-12D-HC + BBPS: -40 to 113°F (-40 to 45°C)
AX30-12D-HC: -40 to 113°F (-40 to 45°C)
AX30-12D-SFPC: -40 to 149°F (-40 to 65°C)
unit derates above 131°F (55°C)
0 to 95%
5 to 149°F (-15 to 65°C), 0 to 95% humidity
10,000ft (3000m)
50,000ft (15000m)
ONT
11.6VDC Nominal Output
Output power drawn from battery
Battery has failed periodic self-test
Battery is disconnected
Battery has less than 20% remaining runtime
Fiber Power Systems
10.5 to 14.4VDC
30W Output
Less than 100’ (30m)
Power + Alarms
ONT
Less than
10’ (3m)
FlexPoint™ Product Family
Indoor 12VDC UPS Power Series
††Telecommunications grade power system provides 15W, 32W
FP1215 & FP1232
with 5 to 8Ah battery
& 50W of 12VDC UPS power for FTTH applications
††Replaceablev 5Ah to 12Ah battery
††Battery management system provides optimum service life and runtime
††Local visual and audible status indicators and remote alarm interface
††Packet Cable™ interface options
FP1215, FP1232 & FP1250
with 12Ah battery
Input OPS
AC Input Voltage:
AC Input Frequency:
Surge Protection:
Output
Operational Output Power
(ONT Load):
Output Voltage:
Mechanical
Unit Dimensions for
5, 6.5, 7.2 or 8Ah Battery
L x W x D (in/mm):
Unit Dimensions for 12Ah Battery
L x W x D (in/mm):
Weight Without Battery (lb/kg):
5.0Ah Battery Weight (lb/kg):
6.5Ah Battery Weight (lb/kg):
7.2Ah Battery Weight (lb/kg):
8.0Ah Battery Weight (lb/kg):
12Ah Battery Weight (lb/kg):
Estimated Battery Runtimes
Load
5.0Ah Battery (hrs):
6.5Ah Battery (hrs):
7.2Ah Battery (hrs):
8.0Ah Battery (hrs):
12Ah Battery (hrs):
Battery Type:
110VAC or 240VAC
50/60Hz
Standard
Telcordia GR-1089
ANSI/IEEE C62.41
IEC 61000-4-5
FP1215
Push Buttons
Level
1.2x50ms combination wave,
2kV
FP1232
FP1250
15W
32W
50W
max. continuous
max. continuous
max. continuous
12VDC nominal (battery voltage upon loss of AC)
FP1215
6.6 x 7.5 x 3.2 /
167.6 x 190.5 x 83.3
—
1.2 / 0.54
FP1215
FP1232
6.6 x 7.5 x 3.2 /
167.6 x 190.5 x 83.3
FP1250
—
6.6 x 7.5 x 4.3 /
167.6 x 190.5 x 109.3
1.3 / 0.58
3.9 / 1.8
4.3 / 1.97
5.7 / 2.6
5.73 / 2.7
8.4 / 3.8
6.6 x 7.5 x 4.3 /
167.6 x 190.5 x 109.3
1.4 / 0.63
FP1232
FP1250
Battery:
Replace Battery:
Auxiliary Power Indicator:
Agency Compliance
Environment
Storage Temperature:
Operating Temperature:
Humidity:
Elevation Operation Maximum:
Elevation Storage Maximum:
-20 to 45°C / 4 to 113°F
-20 to 45°C / 4 to 113°F
5 to 95% non condensing
3,000m / 10,000ft derate at 2°C / 35.6°F per
304.8m / 1,000ft above 1,828.8m / 6,000ft
15,000m / 50,000ft
Removable screw terminal plug accepts (2) 16AWG and (5)
24AWG wires
IEC 320/C6 inlet
NEMA 5-15 to IEC 320 C5
(other power cords available upon request)
AC Input:
Line Cord:
Warranty
FlexPoint 1215, 1232 & 1250:
Batteries Available:
Green LED On: AC power present and powering the ONT
Green LED On: Battery powering ONT during AC loss
Green Flashing: Battery powering ONT during AC loss and
running low
Red LED Off: Battery present and working correctly
Red LED On: Replace battery / battery missing
Green LED Light: AUX power connected
1 year repair or replace
1 year or 3 year
Models and Power Line Cords
FP1215
FP1232
FP1250
Power Line Cord (Determined by Model)
FP-1215-5A
FP-1232-8A
FP-1215-5B
FP-1232-8B
FP-1250-12A 120VAC 3-conductor NEMA 5-15 power cord
FP-1250-12B 230VAC 3-conductor Schuko input power cord
FP-1232-8C
FP-1250-12C 230VAC 3-conductor United Kingdom input power cord
FP-1215-5C
Single, one second chirp
Single chirp every 15 seconds at 25% SOC
Double chirp spaced fifteen minutes apart
FCC part 15 Class B, NRTL\C (60950-1), CE, C-Tick/RCM,
RoHS to EU 2011_65_EC
System:
DC Output:
7.5W
15W
16W
32W
36W
50W
6.3
2.8
2.5
1.1
0.9
0.7
8.3
3.7
3.4
1.5
1.3
0.9
9.9
4.2
3.9
1.6
1.4
1.0
11.2
5.0
4.7
2.0
1.7
1.1
17.3
8.0
7.5
3.3
2.9
2.0
Maintenance free, leak-proof, sealed valve regulated lead
acid (VRLA)
Audible Status Indicators
Loss of Input Power:
Low Battery:
Replace Battery:
Silence Alarm:
Interface
Visual Indicators
AC Power:
Press and hold when unit is off to start up on battery when AC
is not present
When any audible alarm is on, press this key at least 1 second
and release to silence the audible alarm until power is cycled
DC Start:
FP-1215-5D
—
FP-1250-12D 240VAC 3-conductor Australia/New Zealand input power cord
FP-1232-8-6C FP-1250-12-6C 120VAC 3-conductor NEMA 5-15 power cord with BC cable
FP-1232-8D
Supporting Options
AX-STDBAT-5:
AX-LONGBAT-5:
AX-STDBAT-6.5:
AX-STDBAT-7:
AX-LONGBAT-7:
AX-LONGBAT-8:
AX-STDBAT-12:
FTTH-CBL:
12Ah Cover:
Battery 5.1Ah AGM, 1 year warranty
Battery 5.1Ah AGM, 3 year warranty
Battery 6.5Ah AGM, 1 year warranty
Battery 7.2Ah AGM, 1 year warranty
Battery 7.2Ah AGM, 3 year warranty
Battery 8.0Ah AGM, 3 year warranty
Battery 12Ah AGM, 1 year warranty
ONT hook-up cable, 2x16AWG and 5x24AWG, CMX UL listed
12Ah battery cover and velcro strap
Fiber Power Systems
53
FlexPoint™ 1208-F
Indoor 12VDC RFoG UPS Power
††Telecommunications grade power system provides 8W of 12VDC UPS power for Radio
Frequency over Glass (RFoG) applications
††Replaceable, 5Ah to 8Ah battery
††Battery management system, provides optimum service life and runtime
††Local visual and audible status indicators
Input OPS
Environment
AC Input Voltage:
AC Input Frequency:
Surge Protection:
110VAC or 240VAC
50/60Hz
Standard
Telcordia GR-1089
ANSI/IEEE C62.41
IEC 61000-4-5
Storage Temperature:
Operating Temperature:
Humidity:
Level
1.2x50ms combination wave,
2kV
Output
8W maximum continuous
12VDC nominal (battery voltage upon loss of AC)
Unit Dimensions L x W x D (in/mm):
Weight without Battery (lb/kg):
5.1Ah Battery Weight (lb/kg):
6.5Ah Battery Weight (lb/kg):
7.2Ah Battery Weight (lb/kg):
8.0Ah Battery Weight (lb/kg):
6.6 x 7.5 x 3.28 / 167.64 x 190.5 x 83.31
1.2 / 0.54
3.9 / 1.8
4.3 / 1.97
5.7 / 2.6
5.73 / 2.7
Estimated Battery Runtimes
Load
1.5W
5.1Ah Battery Runtime (Hrs):
6.5Ah Battery Runtime (Hrs):
7.2Ah Battery Runtime (Hrs):
8.0Ah Battery Runtime (Hrs):
12.0Ah Battery Runtime (Hrs):
Battery Type:
4W
34.2
12.7
44.8
16.6
54.4
20.0
60.7
22.4
92.4
34.2
Maintenance free, leak-proof, sealed valve regulated lead
acid (VRLA)
Visual Indicators
AC Power:
Battery:
Replace Battery:
Auxiliary Power Indicator:
Green LED On: AC power present and powering the ONT
Green LED On: Battery powering ONT during AC loss
Green Flashing: Battery powering ONT during AC loss and
running low
Red LED Off: Battery present and working correctly
Red LED On: Replace battery / battery missing
Green LED Light: AUX power connected
Audible Status Indicators
Loss of Input Power:
Low Battery:
Replace Battery:
Single, one second chirp
Single chirp every 15 seconds at 25% SOC
Double chirp spaced fifteen minutes apart
Push Buttons
DC Start:
Silence Alarm:
DC Output:
AC Input:
Mechanical
Press and hold when unit is off to start up on battery when AC
is not present
When any audible alarm is on, press this key at least 1 second
and release to silence the audible alarm until power is cycled
Agency Compliance
54
Elevation Storage Maximum:
Interface
Operational Output Power (ONT Load):
Output Voltage:
System:
Elevation Operation Maximum:
-20 to 45°C / 4 to 113°F
-20 to 45°C / 4 to 113°F
5 to 95% non condensing
3,000m / 10,000ft derate at 2°C / 35.6°F per
304.8m / 1,000ft above 1,828.8m / 6,000ft
15,000m / 50,000ft
FCC part 15 Class B, NRTL\C (60950-1), CE, C-Tick/RCM,
RoHS to EU 2011_65_EC
Fiber Power Systems
Line Cord:
Removable screw terminal plug accepts (2) 16AWG and (5)
24AWG wires
IEC 320/C6 inlet
NEMA 5-15 to IEC 320 C5
(other power cords available upon request)
Warranty
FlexPoint 1208-F:
Batteries Available:
1 year repair or replace
1 year or 3 year
Models and Power Line Cords
Model
Power Line Cord (Determined by Model)
FP1208F-5A:
120VAC 3-Conductor NEMA 5-15 power cord
FP1208F-5B:
240VAC 3-Conductor Schuko input power cord
FP1208F-5C:
240VAC 3-Conductor United Kingdom input power cord
FP1208F-5D:
240VAC 3-Conductor Australia/New Zealand input power cord
Supporting Options
AX-STDBAT-5:
AX-LONGBAT-5:
AX-STDBAT-6.5:
AX-STDBAT-7:
AX-LONGBAT-7:
AX-LONGBAT-8:
Battery 5.1Ah AGM, 1 year warranty
Battery 5.1Ah AGM, 3 year warranty
Battery 6.5Ah AGM, 1 year warranty
Battery 7.2Ah AGM, 1 year warranty
Battery 7.2Ah AGM, 3 year warranty
Battery 8.0Ah AGM, 3 year warranty
FlexNet™ 48VDC 50W
Battery Backup Power Supplies
††Rugged outdoor or indoor 48VDC 50W wall or pole mount UPS
††Aesthetically pleasing, minimizes presence in public locations
††Optional compensated battery charging for optimum battery life
††Local and remote status monitoring and reporting
FlexNet MPS48-7 Series
Specifications
Input:
Output Voltage:
Output Power:
Output Interface (Module-F):
Output Interface (Module-T):
Unit Dimensions H x W x D (in/mm):
Weight (lb/kg):
System Dimensions H x W x D (in/mm):
Weight (lb/kg):
Number of Batteries:
Runtime:
FN50-48-7F (With Output Interface Module-F)
90 to 132 or 180 to 264VAC
42 to 56VDC
50W continuous
Packet Cable Alarms
Dry Contact Alarms
4.18 x 8.75 x 2.12 / 106.17 x 222.25 x 53.84
1.5 / 0.68
17.5 x 12.75 x 5.25 / 445 x 324 x 133
11 / 4.9, 34.6 / 15.7 w/ batteries
Four 7.2Ah Valve Regulated Lead Acid (VRLA)
18 Hours @ 20W load, 8 Hours @ 40W load
FN50-48-7T (With Output Interface Module-T)
Fiber Power Systems
55
FlexNet™ 48VDC 150W
Battery Backup Power Supplies
††FTTP outdoor UPS for Multiple Dwelling, Multiple Tenant and Small Business Unit applications
††Battery management performs periodic battery capacity testing and status reporting to the
ONT and customer
††Battery heater option provides extended runtime for applications in cold weather conditions
††Status indicators and audible alarm provide local reporting
Specifications
Input:
Output Voltage:
Output Power:
FMPS Dimensions H x W x D (in/mm):
Weight (lb/kg):
Number of Batteries:
56
Fiber Power Systems
90 to 320VAC
42 to 58VDC
150 Watts continuous
23.75 x 14 x 5.5 / 603.25 x 355.6 x 139.7
25 / 11.3
Four or eight 7.2Ah Valve Regulated Lead Acid (VRLA)
FlexNet FMPS
FlexNet™ 48VDC 300W
Battery Backup Power Supplies
††300W 48VDC UPS for outdoor or indoor applications
††Power modules can be used in a variety of Alpha enclosures
††Temperature compensated battery charging for extended battery life
††Flexible cabinet mounting
††Visual and electrical indicators for onsite and remote reporting
FlexNet ELPM-300 Specifications
Input:
Frequency:
Output Voltage:
Output Power:
Dimensions H x W x D (in/mm):
Weight (lb/kg):
Number of Batteries:
Approximate Backup Time:
FlexNet ELPM-300
LPE and ELPM-300 (300W for MDUs, Dark Spots and Business Parks)
85 to 170 or 132 to 264VAC selectable
50 or 60Hz
42 to 54VDC
300 Watts
6 x 10.1 x 3.25 / 152 x 256.5 x 82.6
10 / 4.5
Four 12VDC 50Ah (85GXL)
8 Hours @ 275W load
LPE and FlexNet ELPM-300 Specifications
Enclosure Dimensions H x W x D (in/mm):
Enclosure Weight (lb/kg):
Material:
Number of Batteries:
Door and Lid Seal:
Approx. Backup Time:
26 x 16.5 x 12 / 661 x 420 x 305
25 / 11.3
Exterior Powdercoated aluminum
Four 12VDC 17Ah
Poron gasketing
4 Hours at 250W load
PMR and GMR Series Specifications
PMR-S1 Dimensions H x W x D (in/mm):
Weight (lb/kg):
GMR-S1 Dimensions H x W x D (in/mm):
Weight (lb/kg):
PMR-S2 Dimensions H x W x D (in/mm):
Weight (lb/kg):
GMR-S2 Dimensions H x W x D (in/mm):
Weight (lb/kg):
Number of Batteries:
Approximate Backup Time:
PMR Series Enclosure Mounting and Door:
GMR Series Enclosure Mounting and Door:
Fiber Strain Relief Tie Bar Optional:
Splice Tray:
Fiber Management Panel:
32.2 x 26 x 19.25 / 818 x 660 x 489
40 / 18
31 x 27.5 x 20 / 787 x 699 x 508
49 / 22
37 x 30 x 19.25 / 940 x 762 x 489
47 / 21
38 x 31 x 20 / 965 x 787 x 508
63 / 29
Four 12VDC 50Ah (85GXL)
8 Hours at 275W load
Galvanized steel brackets for wood, and concrete
pole mount and wall mount
Precast polymer concrete pad or PS-6/PS-6XL
pedestal systems
19" mounting provides ability to strain relief fiber
cable plugged into the front of communications
equipment
Splice Tray Kit (12 count), includes Splice tray
with Elastomer Splice Block, Felt Tape, Tie Wraps,
Cover and Recording Label
Provides fiber slack storage and secures a splice
tray using a Velcro strap. Tie wrap slots on sides
permit securing fiber cables to panel
PMR and GMR Series [300W for field deployment of TTx Optical Line Terminal (ONT)]
Fiber Power Systems
57
Radium MiniBay
Environmentally Controlled Enclosures
††Scalable, environmentally controlled enclosure system
††Fully integrated and agency certified system
††Ideal for remote optical transition applications
††High capacity 24 or 48VDC 3000BTU (879W) DC powered air conditioner
††Natural gas or propane DC generator system supports critical communications
††Reduces operational and recurring costs
The Radium MiniBay is a modular, highly configurable Telecom grade enclosure system including fully scalable power to 4,000W and 1240Ah of
battery capacity with ample rack space for communications electronics. The MiniBay system benefits from more than 30 years of Alpha’s Outside
Plant (OSP) powering experience. The MiniBay integrates Alpha’s comprehensive line of power solutions for today’s complex Hub and
environmentally controlled enclosure requirements including Alpha’s AC UPS, Cordex™ rectifiers, and the AlphaGen™ series of telephony-grade DC
generators. Radium MiniBay features include: front and rear accessible 19" or 23" equipment racks providing up to 46 rack mount spaces, durable
powdercoated aluminum construction. Battery storage modules are isolated from the equipment section each supporting up to four 155Ah batteries
for a 19A load for 8hrs. Typical CSA-NRTL marked configurations include integrated AC service entrance, surge protection, AC distribution, DC
distribution, standby generator interface, heat exchanger, fan/filter or air conditioner thermal management, rectifiers or AC UPS equipment.
Standards
DC Air Conditioner
Environmental Rating:
Seismic Rating:
Design Standards:
Compliance:
Material:
Finish:
NEMA 3R when configured with door mounted
fans and filter system. NEMA 4X when configured with heat
exchanger or air conditioning system
Consult factory. A seismic rating is based on a set system
configuration with defined mounting locations and equipment types
Following NEC and Telcordia Technologies (Bellcore) GR-487, GR-63
and GR-1089 guidelines
Third party approval from National Recognized Testing Laboratory
(NRTL)
High strength corrosion resistant aluminum
Almond color powdercoat finish
Mechanical
Equipment Enclosure:
Battery Storage Module:
Riser Module:
Side Chamber SC1:
Side Chamber SC2:
Weight (lb/kg):
195 / 88.5
130 / 59
102 / 46.3
100 / 45.4
89 / 40.4
Dimensions H x W x D (in/mm):
44 x 30 x 32 / 1117.6 x 762 x 812.8
14 x 30 x 32 / 355.6 x 762 x 812.8
14 x 30 x 32 / 355.6 x 762 x 812.8
72 x 32 x 12 / 1828.8 x 812.8 x 304.8
72 x 32 x 12 / 1828.8 x 812.8 x 304.8
Fans and Filters
The most basic thermal management system supporting the MiniBay utilizes conformal-coated,
variable speed and alarm monitored fans with electrostatic air filters providing up to 500W thermal
dissipation. This configuration has a NEMA 3R rating.
• Variable speed controlled DC fans continue to operate during a utility outage
• Conformal-coated fans
• Electrostatic and washable air filters
• Field replaceable fans
For applications requiring the most reliable below cooling and dehumidifying system for supporting
seamless performance through extended utility outages. Cooling capacity 878W dissipated at 43°C /
109.4°F outdoor ambient allowing a maximum* internal ambient of 40°C / 104°F.
• Variable speed brushless motor 24/48VDC compressor system assures optimum efficiency over the
full range of thermal loading and ambient temperatures
• 3000BTU @ 43°C / 110°F rating
• Redundant conformal-coated fans have >50000hrs of life and low voltage disconnect circuitry
AC Air Conditioner
Ideal for applications requiring cooling and dehumidifying with little or no standby runtime
performance. Cooling capacity 146W dissipated at 43°C / 109.4°F outdoor ambient allowing a
maximum internal ambient of 40°C / 104°F.
• 5000BTUBTU @ 43°C / 110°F rating
• Washable electrostatic filters
• 240VAC
Rack space
for customer
supplied equipment
RSM 48/10 rectifiers
with distribution
48VDC air
conditioner
Battery
drawer
Heat Exchanger
An airtight rear door and a heat exchanger equipped hinged front door providing over 500W thermal
dissipation. With a 500W load, the internal ambient temperature will not exceed 9.4 to 2.7°C / 15 to
27°F above external ambient. With a 250W load, the internal ambient temperature will not exceed
7°C / 12.6°F above external ambient.
MiniBay with Fiber Management
• Heat exchanger heat pipe technology provides efficient thermal transfer
• Minimizes internal temperature rise above external ambient
• Variable speed controlled DC fans continue to operate during a utility outage
• Field replaceable fans
58
Fiber Power Systems
* Reducing the internal dissipated heat load reduces internal ambient.
Flexible Backhaul
Enclosure 2322
††Provides 15RU for 19" horizontal mounted equipment or 10RU for
vertical mounted equipment
††Front and side door access with removable lid
††Durable welded aluminum construction
††Wall, H-Frame, pole or ground mount options
††Multiple thermal management options
FBE Modular Design
Specifications
Outer Dimensions H x W x D (in/mm): 29.6 x 27 x 24 / 751.84 x 685.8 x 609.6
Front to back adjustable 19" 15RU horizontal or
Equipment Space:
23" 10RU vertical
Access:
Front hinged door, left and right lift off doors, removable lid
Door Latch/Hinge Type:
1/4 turn padlockable / reversible 2 position lift off hinge
CSA/UL:
60950-22 ITE electrical enclosure
NEMA Rating:
Type 3R
System Options
Mounting:
Thermal:
Emergency Ventilation System:
DC Power:
AC Services Entrances:
Generator:
Alarm:
Wall, H-Frame, ground or precast mounting pad
Air conditioner with heater, heat exchanger, fan cooled with
variable speed-control
Fan cooled with variable speed-control activated with high temp
or HVAC fail alarm
48VDC Cordex HP 1.2kW rectifiers
70A 2 position or 100A 8 position
External L14-30P generator plug
Alarm terminal block
Enclosure Options
1
Enclosure Lid
2
Auxiliary Equipment Enclosure
3
Base Equipment Enclosure
4
Battery Expansion Enclosure
5
10” Plinth / Mounting Options
6
Climate Control Options
1
2
CordexHP 1.2kW (48VDC Modular Switched Mode Rectifier)
• Multiple 48V configurations up to 125 Amps for various
48VDC applications
• High Efficiency design for increased OpEx savings
• High Temperature rated fan-cooled design for harsh
outdoor installations
Cordex 4R/8D ADIO (CXC Smart Peripheral)
3
• Provides additional I/O expansion to existing CXC
site controller
• Seamless expansion of four relay outputs and eight
digital inputs
• Ideal for alternate device monitoring and control such as
HVAC and generators
Fuses Panels (Stand-Alone DC Distribution)
• 19" and 23" rack mount models
• 12, 24 or 48V configurations
• Designed for flexible and custom DC distribution
4
AlphaCell® (HPL-FT Batteries)
• AGM runtimes up to 160 minutes in outdoor applications
• Absorbent Glass Mat (AGM) technology for efficient
gas recombination
• HPL-FT features front terminal design with protective covers
• Specifically designed for mission-critical applications
5
Fiber Power Systems
59
Headend / Critical Facilities
The Alpha Group has more than 20 years of experience in providing a wide
variety of fully integrated DC power system solutions. With options for
standardized systems and custom DC system integration, we have the flexibility
to provide a DC power solution perfect for a wide range of power requirements
and various site installation requirements.
††Cordex™ Power Systems.................................................................. 62-65
††Cordex™ 650/400W.................................................................................66
††Cordex™ 400 and 650W..........................................................................67
††Cordex HP™ 1.2kW..................................................................................68
††Cordex HP™ 2.4kW..................................................................................69
††Cordex HP™ 4kW.....................................................................................70
††Cordex HP™ 12kW...................................................................................71
††CXPS 24—48-i & 48—24-i.....................................................................72
††CXPS 48-1.8-M2.....................................................................................73
Telecom Power Systems
61
Cordex™ Power Systems
Compatibility Matrix
AMPS
not to scale
10,000
CXCM4
CXCR
CXCP
– 9000A –
8000
– 6750A –
6000
– 4500A –
4000
2000
– 2250A –
CXCM4
CXCP
CXCM4
CXCP
– 2000A –
– 2000A –
– 1560A –
– 1350A –
1000
– 900A –
800
600
– 780A –
– 500A –
– 450A –
400
CXCI
CXCM2
CXCR
– 375A –
200
CXCM1
– 225A –
175
150
– 150A –
CXCI
– 130A –
CXCM
CXCR
125
– 140A –
– 120A –
100
CXCI
– 100A –
– 83A –
– 75A –
75
CXCI
– 70A –
– 65A –
50
– 37A –
– 25A –
25
0
62
– 20A –
– 14A –
– 13A –
48-3.6kW
48-3.6kW
48-1.8kW
48-1.2kW
Multi Bay
Single Bay
Single Shelf
w/Expansion
Single Shelf
w/Expansion
Telecom Power Systems
48-1kW
Single Shelf
48-650W
Single Shelf
24-3.1kW
Single Bay
24-400W
Single Shelf
w/Expansion
– 20A –
12-250W
Single Shelf
Cordex™
Controller Features
The Cordex CXC is Alpha’s latest generation of advanced digital controllers for power system monitoring and control.
Cordex supervisory controllers come in a wide array of modular designs for compact integration into Alpha power systems.
Stand-alone rack mount versions are also available for DC systems, legacy controller upgrades and site monitoring solutions. A
graphic LCD display with state-of-the-art touch-screen interface allows simple and convenient set up, control and monitoring
of Cordex rectifiers. Innovative IP technology allows complete configuration and monitoring from any location via the Internet
using a standard web browser. Cordex CXC controllers come standard with several advanced battery management features to
allow for significant savings of capital and operational expenses. Additional features include user definable alarms with custom
algorithms, digital and analog input monitoring, data logging, integrated SNMP and highly reliable CAN bus communications.
Software upgrades are easily downloaded and provided free of charge.
††Main
Web based GUI Interface: Web browser support for local or
remote control and monitoring
Single point set up and control
Auto voltage adjustment and load sharing
Analog digital inputs
Configurable Form C relay outputs
Various preset alarms and ability to configure up to 20
customized alarms
††Battery Management
Temperature Compensated Float Voltage: Increases voltage
in temperatures below 25˚C / 77˚F and decreases charge
voltage above 25˚C / 77˚F. Maximizes life and capacity of battery
and prevents thermal runway.
Battery Equalize: Manual, automatic and periodic equalize
charge modes. Optional Battery Current Terminate function to
prevent over charging of battery.
Battery Boost Mode: Offline high-voltage equalize charge with
interlock safety feature.
User programmable logic statements
Dynamic Charge Current Control: Limits battery recharge
current to a fixed value. Helps prevent thermal runway.
Legacy Power System Upgrade: Controls legacy Pathfinderbased systems and can be used as a site monitor for any 3rd
party DC power system.
Battery Test: Sets rectifier voltage low and performs safe
discharge of batteries through the connected system loads.
CAN Communications: Common platform for Alpha power
electronics and peripherals. Rugged and field proven protocol.
Fail Safe System Operation: In the event of CXC failure,
rectifiers continue to run with default settings, fail alarm is
generated and LVDs (if equipped) remain energized.
Power Save Function: Improves operational efficiency by
running the minimum number of rectifier modules required
per system load.
System Start Delay: Allows delay for other AC powered
equipment to start before rectifiers.
Ramp Test Control: Disables fail alarm on no-load conditions.
SNMP Support: Network management service support for
managing multiple systems in a single network.
Email notifications via TCP/IP.
Cordex Peripheral Support: Optional add-ons for individual
cell and temperature monitoring and controller I/O expansion.
Battery Capacity Prediction: Calculates current battery
capacity after a discharge.
Battery Runtime Prediction: Based on current battery
capacity and system load.
Battery Logging: Retain up to 40 records of battery
statistics and events.
††Maintenance
Data Logger: Record any system input(s), and set sample rate of
record on deviation. Store up to 500 events via manual or auto
start/stop.
Typical data log applications: Detailed battery discharge
info, AC voltage watch dog and outdoor cabinet thermal
performance.
Easy Remote Software Upgrades: Fail-safe protected
upgrades for controllers, rectifiers and peripherals.
Multi language support including Chinese characters.
Telecom Power Systems
63
Cordex™
Comparison Chart
Model
CXCR/CXCP
CXCM4
CXCM2
CXCM1
CXCM
CXCI
Full Graphic LCD
160 x 160 pixels
Full Graphic LCD
160 x 160 pixels
Full Graphic LCD
160 x 160 pixels
Basic Current /
Volts Display Only
Full Graphic LCD
160 x 160 pixels
Basic Current /
Volts Display Only
2V, 2T, 4C, 2BIV
8
8 Form C
2V, 2T, 4C, 2BIV
4
8 Form C
1V, 2T, 2C, 4BIV
6
6 Form C
1V, 1C, 2T
2
4 Form C
2V, 2T,1C, 1BIV
3
8 Form C
1V, 1C, 2T
2
4 Form C
5.1 x 16.9 x 3.9 /
131 x 431 x 100
7 x 3.4 x 10.1 /
177 x 87 x 257
3.4 x 5 x 9.7 /
86.4 x 128 x 247
1.6 x 334 x 10.1 /
41.4 x 84.4 x 256.8
6.9 x 2.9 x 10 /
177 x 74 x 255
3.5 x 1 x 11 /
88 x 26 x 280
Yes
Yes
Yes
Yes
Yes
Yes
Specifications
Screen:
Inputs
Analog:
Digital:
Alarm Relay Outputs:
Dimensions
H x W x D (in/mm):
Rectifier shelf option availability
4kW HP (48VDC):
3.6kW (48VDC):
2kW HP (48VDC):
1.8kW (48VDC):
1.2kW HP (48VDC):
1kW (48VDC):
650W (48VDC):
400W (24VDC):
64
Telecom Power Systems
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Cordex™
System Controllers
Cordex Controllers come standard with several advanced battery management features to allow for significant capital and
operational expense savings. Some additional features include user definable alarms with custom algorithms, digital and
analog input monitoring, data logging, integrated SNMP and CAN bus communications. The Cordex CXC is designed for
effortless operation of the Cordex rectifier family, making time consuming and complicated DC power system setup a thing of
the past.
CXCM4
CXCM
LCD touch-screen user interface, internet ready, integrated
SNMP, high reliability CAN bus communication, user
definable alarms, flexible battery management features,
smart peripheral monitoring features, 4RU modular CXC
for 3.1/3.6kW Rectifiers.
CXCM2
LCD touch-screen user interface, internet ready, integrated
SNMP, high reliability CAN bus communication, user
definable alarms, flexible battery management features,
4RU modular CXC for 1kW Rectifiers.
CXCI
LCD touch-screen user interface, integrated SNMP, high
reliability CAN bus communication, user definable alarms
and data logging, flexible battery management features,
smart peripheral monitoring features, modular controller
for 1.8kW Rectifiers .
CXCR/CXCP
Control and monitor via Internet Explorer browser,
integrated SNMP, high reliability CAN bus communication,
user definable alarms and data logging, flexible battery
management features, smart peripheral monitoring
features, integrated controller for 2RU Rectifiers.
Cordex 4R/8D ADIO
LCD touch-screen user interface, Internet ready integrated
SNMP, high reliability CAN bus communication, user
definable alarms and data logging, flexible battery
management features, smart peripheral monitoring
features, 19/23’ universal rack or panel mount
configurations.
Provides I/O to Cordex controllers, additional four relay
alarm outputs, additional eight digital inputs, connects via
standard CAN communication interface, programmable
and adjustable via CXC interface.
CXCM1
Internet ready, integrated SNMP, modular, hot-swappable
site controller for 1.2kW HP Rectifier, advanced battery
monitoring, user definable alarms and data logging,
horizontal or vertical mounting.
Telecom Power Systems
65
Cordex™ 650/400W
Modular Switched Mode Rectifier
††54A system capacity @ 48VDC
††Integrated DC distribution with optional LVD
††Cordex CXCI controller with ethernet and SNMP
††Dual battery string terminations
††Natural convection cooled
CXRC 24-400W
Cordex 650W Rectifier Module
Cordex 650/400W Specifications
Electrical Input voltage (120VAC Model)
Mechanical
Operating Input Voltage:
Extended Input Voltage:
Power Output:
Dimensions (in/mm):
Weight (lb/kg):
90 to 140VAC (output power 650W)
90 to 70VAC (derated output power)
650W at nominal 120VAC
Electrical Input voltage Universal (100 to 240VAC Model)
Operating Input Voltage:
Extended Input Voltage:
Operating Input Voltage:
Power Output:
Input Frequency:
Power Factor:
THD:
Efficiency:
Output Voltage:
Output Current:
Load Regulation:
Line Regulation:
176 to 320VAC (output power 650W)
176 to 90VAC (derated output power)
100 to 140VAC (output power 500W)
650W at nominal 208 to 240VAC and 500W at nominal 120VAC
45 to 70Hz
>99%
<5%
>91% (1% loss for 120VAC model)
42 to 58VDC
12A @ 54VDC (13.5A maximum)
Static: <±0.5%
Dynamic: <±2% for 50 to 100% load step 2ms recovery time
Static: <±0.1%
Dynamic: <±1% for any change within rated limits
Noise
Wide Band Noise:
Psophometric Noise:
<30mVrms, <150mVp-p
<1mV
Cordex 400W Rectifier Module
Electrical
Input Voltage:
Power Output:
Input Frequency:
Power Factor:
THD:
Efficiency:
Output Voltage:
Output Current:
Load Regulation:
Line regulation:
90 to 320VAC
400W
45 to 70Hz
>99%
<5%
>90%
20 to 29VDC
14A @ 27VDC (14A max.)
Static: <±0.5%
Dynamic: <±2% for 50 to 100% load step .2ms recovery time
Static: <±0.1%
Dynamic: <±1% for any change within rated limits
Features
Indicators:
Cooling:
Adjustments (via CXCI Controller):
Protection:
66
<30mVrms, <150mVp-p
<1mV
Telecom Power Systems
Green LED: AC mains OK, Red LED: Module alarm
Natural convection
• Float and equalize voltage
• Battery test voltage
• High and low voltage alarms
• High voltage shutdown
• Current limit
• Start delay time
• Slope %
• Current limit/short circuit
• Input/output fuses
• Output high voltage shutdown
• Output power limiting
• Thermal foldback/shutdown
• Input transient
• AC low line foldback/shutdown
• AC high voltage shutdown
Environmental
Operation Temperature:
Storage Temperature:
Humidity:
Elevation:
Heat dissipation:
- 40 to 50°C / -40 to 122°F (power derated up to 70°C / 158°F)
-40 to 85°C / -40 to 185°F
0 to 95% non-condensing
-500 to 3000m / -1640 to 9840ft
<94BTU per hour
Standards
Safety:
EMC:
Emissions:
Noise
Wide Band Noise:
Psophometric Noise:
3.4 x 2.8 x 9.5 / 88.4 x 71.6 x 242
3/1.4
Immunity:
• CSA C22.2 No 60950-1-03
• UL 60950-1 1st Edition
• CE marked
• IEC/EN 60950-1
• ETSI 300 386
• CFR47 (FCC) Part 15 Class B
• ICES-03 Class B
• EN55022 (CISPR 22) Class B
• C-Tickk (Australia)
• EN 61000-3-2
• EN 61000-3-3
• EN 61000-4-2
• EN 61000-4-3
• EN 61000-4-4
• EN 61000-4-5
• EN 61000-4-6
• EN 61000-4-11
• ANSI/IEEE C62.41 Cat B3
Cordex™ 400 and 650W
Rectifier Shelf Systems
††Integrated 48VDC shelf power systems up to 2.6kW
††Bulk 48VDC power systems up to 3.2kW
††19/23" and 23" rack mounting solutions
††Designed for CSA, UL, CE, FCC and C-Tick standards
Cordex 48V 2.6kW Shelf Power System
Cordex 24V 1.6kW Shelf Power System
Cordex 48-650W Rectifier Shelves
Cordex 24-400W Rectifier Shelves
Rectifiers
Controllers
19" 2RU
Flush Mount
4 x CXRC 48-650W
1 x CXCI
19" 2RU
Flush Mount
5 x CXRC 48-650W
1 x CXCI
23" 2RU
Centre Mount
Front Access
4 x CXRC 48-650W
1 x CXCI
Distribution
(4) AM bullet type
breakers
Bulk power for
external
distribution panel
(4) AM bullet
(10) GMT fuse
Part Number
030-728-20
Rectifiers
Controllers
Distribution
Part Number
19” 2RU
Flush Mount
4 x CXRC 24-400W
1 x CXCI
(4) AM bullet type
breakers
030-763-20
19” 2RU
Flush Mount
5 x CXRC 24-400W
1 x CXCI
Bulk power
for external
distribution panel
030-773-20
030-782-20
030-722-20
19” Shelf Systems
19/23” Shelf Systems
Cordex 48V 2.6kW shelf power system
with CXCI controller and bullet breaker
distribution.
Cordex 48V 3.2kW bulk power system
with CXCI controller, optional LVD shunt
with battery breaker.
Mechanical
Dimensions (in/mm):
Weight (lb/kg):
23” Shelf Systems
Mechanical
Dimensions (in/mm):
Cordex 48V 2.6kW front access shelf
power system with CXCI controller and
breaker/fuse distribution.
Cordex 24V 1.6kW shelf power system
with CXCI controller and bullet breaker
distribution.
Cordex 24V 2kW bulk power system with
CXCI controller.
3.5 x 17.1 x 11.9 / 89 x 435 x 302
15.5/6.9
Mounting:
Weight (lb/kg):
3.48 x 21.42 x 12.0 / 88.4 x 544 x 307
(Excludes optional fan tray and baffle)
Center mount; 1.75" and 1" racks
37 / 16.8 (Fully equipped with four rectifiers)
Communication Ports
CAN:
Ethernet:
Interface to control rectifiers. Smart peripherals
10/100 Base-T for TCIP/SNMP features.
Environmental
Temperature:
Storage:
Humidity:
Elevation:
Cooling:
-40 to 50°C / -40 to 122°F
-40 to 85°C / -40 to 185°F
0 to 95% non-condensing
-500 to 3000m / -1640 to 9840ft
Natural or forced convection, vertical airflow
Standards
Safety:
NEBS (Designed to Meet):
Note: Weights do not include modules. Dimensions do not include mounting bracket or rectifier handle.
• CSA C22.2 No 60950-1-03
• Std. No 60950-01
• EN60950
GR-1089-CORE, GR-63-CORE
Telecom Power Systems
67
Cordex HP™ 1.2kW
Modular Switched Mode Rectifier
††93% efficiency for reduced OpEx and carbon footprint
††High temperature operation for installation in harsh outdoor environments
††1RU x 2RU footprint for flexible and multiple mounting options
††High power density (21.8W/in3) yields more space for revenue
generating equipment
††Wide AC input range for a variety of global installation requirements
Electrical
Features
Nominal Input Voltage:
176 to 276VAC
Low: 90 to 175VAC (derated output power)
Input Voltage Extended
High: 277 to 300VAC (derated power factor)
Input Current Nominal:
7.5A max
Input Current (90 to 132VAC):
6A max
Input Frequency:
45 to 70Hz
Power Factor:
>99%
THD:
<5% @ nominal input voltage
Nominal AC input: >93% 50 to 100% load
Efficiency:
120VAC input: >90% 40 to 100% load
Output Voltage:
42 to 58VDC
Output Power (Nominal AC Input): 1200W
Output Power (110 to 132VAC):
600W (derated linearly to 491W @ 90VAC)
Output Current (Nominal AC Input): 22.2A @ 54V (25A max @ 48V)
Output Current (110 to 132VAC):
12.5A max (derated linearly to 10.2A @ 90VAC)
Static: <±0.5%
Load Regulation:
Dynamic: <±1% for 40 to 90 to 40% lead step, 2ms recovery time
Static: <±0.1%
Line Regulation:
Dynamic: <±1% for any change within rated limits
Green LED: AC mains OK / DC output OK
Red LED: Module alarm
Fan cooled
• Float and equalize voltage
• Battery test voltage
• High and low voltage alarms
• High voltage shutdown
• Current limit
• Start delay time
• Slope %
• Current limit/short circuit
• Input/output fuses
• Output high voltage shutdown
• Output power limiting
• Thermal foldback/shutdown
• Input transient
• AC low line foldback/shutdown
• AC high voltage shutdown
Indicators:
Cooling:
Adjustments
(Via CXC Controller):
Protection:
Standards
• CSA C22.2 No 60950-1-03
• CE marked
ETSI 300 386
• CFR47 (FCC) Part 15 Class B
• ICES-03 Class B
• EN55022 (CISPR 22) Class B
• C-Tick (Australia)
• EN 61000-3-2
• EN 61000-3-3
• EN 61000-4-2
• EN 61000-4-3
• EN 61000-4-4
• EN 61000-4-5
• EN 61000-4-6
• EN 61000-4-11
• ANSI/IEEE C62.41 Cat B3
• GR-1089-CORE
• GR-63-CORE
Safety:
Noise
Web Band:
Psophometric:
<30mVrms, <150mV pk to pk
<2mV
Mechanical
Dimensions H x W x D (in/mm):
Weight (lb/kg):
1.63 x 3.34 x 10.11 / 41.4 x 84.8 x 256.8
2.7 / 1.2
EMC:
Emissions:
Environment
Operation Temperature:
Storage Temperature:
Humidity:
Elevation:
Heat Dissipation:
-40 to 65°C / -40 to 149°F (power derated up to 80°C / 176°F)
-40 to 85°C / -40 to 185°F
0 to 95% non-condensing
-500 to 3000m / -1640 to 9840ft
<308BTU per hour
Immunity:
NEBS/Telcordia:
Efficiency %
(normal operating conditions)
Cordex HP 1.2kW Efficiency
94
93.53%
93
92
91
20
30
40
50
60
% Rectifier Load
68
Telecom Power Systems
70
80
90
100
Cordex HP™ 2.4kW
Modular Switched Mode Rectifier
††High efficiency (>96%) for reduced OpEx and carbon footprint
††High temperature operating range for installation in
non-controlled environments
††Multiple 48V configurations up to 250A in a compact 1RU shelf system
††Industry leading power density (28W/in3) yields more space for revenue
generating equipment
††Wide AC input operating range for global installation requirements
Cordex 48-2.4kW Rectifier Shelves
Electrical
Nominal Input Voltage:
Input Operating Voltage:
Input Extended Voltage:
Input Frequency:
Power:
Power Factor:
THD:
Efficiency:
Output Voltage:
Output Current:
Load Regulation:
Line Regulation:
Transient Response:
187 to 277VAC
187 to 310VAC
90 to 187VAC (derated power)
45 to 66Hz
2400W continuous (1200W output @120VAC input)
>0.99 (50 to 100% load)
<5%
>96%
44 to 58VDC
@ 48VDC: 44.5A @ 54VDC 50A max.
@ 120VAC input: ~25A @ 48VDC
<±0.5% (static)
<±0.1% (static)
±2% for 40 to 90% load step
Noise
Voice Band:
Web Band:
Psophometric:
Acoustic:
<38dBrnC
10kHz to 10MHz: <20mV RMS
10kHz to 100MHz: <100mV pk to pk
<1mV RMS
<60dBa @ 1m / 3ft, 55°C / 131°F
Mechanical
Dimensions H x W x D (in/mm):
Weight (lb/kg):
1.6 x 4.1 x 13.1 / 41 x 104 x 333
3.9 / 1.76
23" 1RU Universal Mount 12,000W
Recrifiers:
Distribution:
Dimensions H x W x D (in/mm):
Weight (lb/kg):
4 x CXRF HP 48-2.4kW
Bulk power for external distribution
1.75 x 17.3 x 16.6 / 44 x 438 x 420
12.6 / 5.7
19" 1RU Universal Mount 9,600W
Rectifiers:
Distribution:
Dimensions H x W x D (in/mm):
CAN Communications Ports:
Ethernet:
4 x CXRF HP 48-2.4kW
Bulk power for external distribution
1.75 x 17.3 x 16.6 / 44 x 438 x 420
Interface to control rectifiers and smart peripherals
10/100 Base-T for TCPIP/SNMP features
Standard 48VDC Power System
Cordex CXCR Controller
CXPS-M 1200 Modular Distribution
Environment
Operating Temperature:
Extended Temperature:
Storage Temperature:
Humidity:
Heat Dissipation:
-40 to 55°C / -40 to 131°F
-40 to 75°C / -40 to 167°F derated power 2000W @ 65°C / 149°F
-40 to 85°C / -40 to 185°F
0 to 95% non-condensing
<430BTU per hour
Standards
Safety:
EMC:
Emissions:
Immunity:
NEBS/Telcordia:
CSA C22.2 No 60950-1-03, CE marked
ETSI 300 386
CFR47 (FCC) Part 15 Class B, EN 61000-3-12, EN 61000-4-3,
EN 6100-3-3
EN 61000-4-2, EN 61000-4-3, EN 61000-4-4, EN 61000-4-5,
EN 61000-4-6, EN 61000-4-11, ANSI/IEEE C62.41 Cat B3
GR-1089-CORE, GR-63-CORE
Cordex HP 48VDC-2.4kW Rectifier Shelf
Telecom Power Systems
69
Cordex HP™ 4kW
Modular Switched Mode Rectifier
††Near 95% efficiency for reduced OpEx and carbon footprint
††Available in 75A @ 48VDC
††High power density, over 23kW per 23" shelf
††Power limiting and wide range AC input
††Hot-swappable, 4RU ultra compact design
††Backwards compatibility with Cordex 3.6kW rectifier shelves and power solutions providing cost
effective upgrade path
Electrical
Environment
Nominal Input Voltage:
Operating Input Voltage:
Extended Input Voltage:
Input Frequency:
Power Factor:
THD:
Efficiency:
Output Voltage:
Power Output:
Float Voltage:
Output Current:
Load Regulation:
Line Regulation:
Transient Response:
208 to 277VAC
187 to 312VAC
187 to 90VAC (derated power)
45 to 66Hz
>0.99 (50 to 100% load)
>5% (@ 208VAC)
>94.9% peak
42 to 60VDC
4000W continuous/module
48 to 58VDC
74A @ 54VDC (83.3A max 48V)
<±0.5% (static)
<±0.1% (static)
±3% for 40 to 90% load step
Voice Band:
Wide Band:
Psophometric:
Acoustic:
<38dBrnC
10kHz to 10MHz: <20mVrms
10kHz to 100MHz: <150mV pk to pk
<2mV
<60dBA @ 1m / 3ft
Mechanical
Dimensions H x W x D (in/mm):
Weight (lb/kg):
6.3 x 3.4 x 11.8 / 160 x 87 x 300
9 / 4.6
Features
Indicators:
Controls:
Adjustments
(via CXC Controller):
70
Standards
Safety:
EMC:
Emissions:
Immunity:
Noise
Protection:
Standard Operating Temperature: -40 to 55°C / -40 to 131°F
-40 to 75°C / -40 to 167°F
Extended Operating Temperature:
derated power (~ 3600W @ 65°C / 149°F)
Storage Temperature:
-40 to 85°C / -40 to 185°F
Humidity:
0 to 95% non-condensing
Elevation:
-500 to 4000m / -1640 to 13120ft
Heat dissipation:
<1150BTU per hour
Green LED: AC mains OK / Module OK Red LED: Module fail
CAN interface to CXC Controller
• Float voltage
• Equalize voltage
• High/Low voltage alarm
• High voltage shutdown
• Current limit
• Slope
• Start delay
• Current limit/short circuit
• Start delay
• Input/output fuses
• Output high voltage shutdown
• Power limiting
• Thermal foldback/shutdown
• Input transient
• AC low line foldback/shutdown
Telecom Power Systems
NEBS:
CSA C22.2 No 60950-1-03, UL 60950-1 1st Edition, CE marked,
IEC/EN 60950-1
ETSI 300 386
CFR47 (FCC) Part 15 Class B, ICES-03 Class B, EN55022 (CISPR
22) Class B, C-Tick (Australia), EN 61000-3-2, EN 61000-3-3
EN 61000-4-2, EN 61000-4-3, EN 61000-4-4, EN 61000-4-5,
EN 61000-4-6, EN 61000-4-11, ANSI/IEEE C62.41 Cat B3
GR-1089 CORE, GR-63 CORE
Cordex HP™ 12kW
Modular Switched Mode Rectifier
†† 48V high capacity rectifier for CO, MSC, data center and cable
headend facilities
††Legacy power system upgrade ready with Cordex controller
††95% efficiency for reduced OpEx and carbon footprint
††Wide AC input operating range that satisfies a variety of global
installation requirements
Electrical
Nominal Input Voltage:
Input Frequency:
Power:
Power Factor:
THD:
Efficiency:
Output Voltage:
Flood Voltage:
Output Current:
Load Regulation:
Line Regulation:
Transient Response:
Environment
208 to 240VAC: 3PH-3W
360 to 480VAC: 3PH-4W
45 to 66Hz
12000W continuous/module
>0.99 (50 to 100% load)
>5% (@ 208 VAC)
95% peak @ 277VAC
44 to 60VDC
48 to 58VDC
222A @ 54VDC (249A max 48V)
<±0.5% (static)
<±0.1% (static)
±3% for 40 to 90% load step
Standard Operating Temperature: -40 to 55°C / -40 to 131°F
-40 to 75°C / -40 to 167°F (derated power)
Extended Operating Temperature:
~ 10800W @ 65°C / 149°F
Storage Temperature:
-40 to 85°C / -40 to 185°F
Humidity:
0 to 95% non-condensing
Elevation:
-500 to 4000m / -1640 to 13120ft
Heat dissipation:
<3450BTU per hour
Agency Compliance
Safety:
EMC:
Noise
Voice Band:
Wide Band:
Psophometric:
Acoustic:
<38dBrnC
10kHz to 10MHz: <20mVrms
10kHz to 100MHz: <150mV pk to pk
<2mV
<60dBA @ 1m / 3ft
Emissions:
Mechanical
Dimensions H x W x D (in/mm):
Weight (lb/kg):
6.3 x 10.2 x 11.8 / 160 x 261 x 300
27 / 12
Immunity:
Features
Indicators:
Controls:
Adjustments
(via CXC Controller):
Protection:
Green LED: AC mains OK / DC mains OK Red LED: Module fail
CAN interface to CXC Controller
• Float voltage
• Equalize voltage
• High/Low voltage alarm
• High voltage shutdown
• Current limit
• Slope
• Start delay
• Current limit/short circuit
• Start delay
• Input/output fuses
• Output high voltage shutdown
• Power limiting
• Thermal foldback/shutdown
• Input transient
• AC low line foldback/shutdown
• CSA C22.2 No 60950-1
• UL 60950-1 1st Edition
• CE marked
• IEC/EN 60950-1
ETSI 300 386
• CFR47 (FCC) Part 15 Class B
• ICES-03 Class B
• EN55022 (CISPR 22) Class B
• C-Tick Australia
• EN 61000-3-12
• EN 61000-3-3
• EN 61000-4-2
• EN 61000-4-3
• EN 61000-4-4
• EN 61000-4-5
• EN 61000-4-6
• EN 61000-4-11
• ANSI/IEEE C62.41 Cat B3
23” Shelf (2 Modules)
Mechanical
Dimensions H x W x D (in/mm):
Weight (lb/kg):
Mounting:
6.9 x 20.8 x 15.3 / 177 x 530 x 389
32 / 14.5
Fits 23" racks only flush/center mount
Connections
Input:
Output:
Chassis Ground:
CAN Communication:
Box type terminal block, 6 to 16mm2 (10 to 6AWG)
Bus adapters with 3/8" studs on 1" centers
Compression lug, 6 to 16mm2 (10 to 6AWG)
RJ12 offset
Telecom Power Systems
71
CXPS 24—48-i & 48—24-i
DC to DC Converter System
††Integrated 8kW capacity converter system with front
access distribution
††Support for small to medium 48VDC loads from a legacy 24V
power system or 24VDC loads from 48V power system
††Integrated Cordex CXCi for advanced local and remote monitoring
and control
††Internal low voltae shutdown for cost effective integration into
existing systems
††Universal 19/23" mounting for flexible installation options into
existing racks
CXPS 24—48-i
CXPS 24—48-i & CXPS 48—24-i Specifications
Electrical Input
Voltage:
Current
Features
21 to 30VDC
Feed A: <188A @ 24V input (216A max)
Feed B: <188A @ 24V input (216A max)
<94A @ 24V input (108A max)
>88% (50 to 100% load @ nominal voltage)
System:
Converter:
Efficiency:
Electrical Output
Current
System:
Converter Module:
Power
System:
Converter Module:
Dimensions H x W x D (in/mm)*:
148A max @ 54VDC
37A max @ 54VDC
Weight (lb/kg):
8000W max @ 54VDC
2000W max @ 54VDC
Mounting:
Connections
Load Breaker:
Return Bar:
Rectifier Input:
Electrical Input
-42 to -60VDC
Feed A: <968A @ -48V input (110A max)
Feed B: <96A @ -48V input (110A max)
<48A @ -48V input (55A max)
>88% (50 to 100% load @ nominal voltage)
System:
Converter:
Efficiency:
Electrical Output
Current
System:
Converter Module:
Power
System:
Converter Module:
72
Configurations
Part Number:
Mounting:
Converter:
Distribution:
Shunt:
CXPS 24—48-i
CXPS 48—24-i
053-997-20-000
0530039-001
Base system with 19/23" universal mounting
Up to 4x CXDF 2kW converter positions
18x load breaker positions (mid-trip, plug-in style)
Controller: CXCI+ integrated controller
Mechanical
CXPS 48—24-i
Voltage:
Current
CXPS 48—1.8-i Power System shown with 1.8kW rectifiers
Alarm:
CSCI Input:
Access:
8.7 x 17.2 x 12.2 / 222 x 438 x 310
System: 42 / 19
Rectifier (each): 6.2 / 2.8
19/23" universal mount (center or flush)
18x sets, ¼"-20 studs on 5/8" centers
18x sets, ¼" holes on 5/8" centers
HOT: 2x sets, 3/8" holes on 1" centers
RTN: 2x sets, 3/8" holes on 1" centers
Screw terminal 1.31mm2 to 0.128mm2 (#16 to #26 AWG)
25-pin D-Sub cable
Front access after installation
Environment
Operating Temperature:
Humidity:
Elevation:
-40 to 55°C / -40 to 131°F
-40 to 65°C / -40 to 149°F derated output
0 to 95% non-condensing
-500 to 2800m / -1640 to 9186ft
296A max @ 27VDC
74A max @ 27VDC
8000W max @ 27VDC
2000W max @ 27VDC
Telecom Power Systems
*Excludes mounting brackets, rear cover and module handle.
CXPS 48-1.8-M2
Standard 48VDC Power System
††Integrated 48V, 292A system package with front access distribution
††High temperature rated fan cooled design for harsh
outdoor installations
††Wide range AC input for multiple worldwide AC services
††Modular controller with touch screen display for full local
system control
††Flexible ordering options including configurations with
racks and battery trays
Electrical Input
Mechanical
Nominal Input Voltage:
Input Current:
Input Frequency:
Efficiency:
Input Power Factor:
187 to 277VAC (nominal), 187 to 312VAC (operating),
90 to 187VAC (derated output power)
12A @ 240VAC (per module)
45 to 66Hz
>94.2% peak @ 240VAC
>.99
Electrical Output
System:
292A max @ nominal I/P
182A max @ 120VAC I/P
Rectifier:
41.7A @ 48VDC (nominal I/P)
26A @48VDC (115 to 135VAC)
(derated linearly to 18.75A @ 90VAC)
System:
14000W max @ nominal I/P
8750W @ 120VAC I/P
Current
Power
Rectifier:
2000W max @ nominal I/P
1250W (120VAC)
(derated linearly to 900W @ 90VAC)
Configuration Features
053-991-20-000:
053-991-20-040:
053-991-20-031
Rectifier:
Distribution:
Controller:
Base system with 19/23" universal mounting
System mounted in 23", 44RU Z4 rack with 2x battery trays for
2x 48V strings
System mounted in 19", 44RU Z4 rack with 3x battery trays for
3x 48V strings
Up to 7 rectifier positions
• 14x load breaker positions (mid-trip, plug-in style)
• 4x battery breaker positions (series-trip, plug-in)
• Low voltage disconnect
• Shunt
CXCM2 modular controller
* -000 configuration: excludes mounting brackets, rear cover and module handle.
Dimensions H x W x D (in/mm)*:
System Weight (lb/kg):
Each Rectifier Weight (lb/kg):
Mounting:
Connections
Load Breaker:
Battery Breaker:
Return Bar:
Rectifier Input:
Alarm:
CXCM2 Input:
Access:
12.25 x 17.24 x 12 / 310.8 x 438 x 305
62 / 28
5.1 / 2.3
19/23" universal mount (center or flush)
14x sets, ¼"-20 studs on 5/8" centers
4x sets, ¼"-20 studs on 5/8" centers
18x sets, ¼" holes on 5/8" centers
HOT: 2x sets, 3/8" holes on 1" centers
RTN: 2x sets, 3/8" holes on 1" centers
Screw terminal 1.31mm2 to 0.128mm2 (#16 to #26 AWG)
3x DB- style cable connections
Front access after installation
Environment
Operating Temperature:
Humidity:
Elevation:
-40 to 55°C / -40 to 131°F
-40 to 75°C / -40 to 167°F derated output
~1800W @ 65°C /149°F
0 to 95% non-condensing
-500 to 2000m / -1640 to 6600ft
-500 to 4000m / -1640 to 13100ft with derated output
Components
058-156-20:
058-157-20:
470-347-10:
747-503-20:
747-504-20:
23" battery tray expansion kit (for use with -040 configuration)
19" battery tray expansion kit (for use with -031 configuration)
100A battery breaker
150A battery breaker
250A battery breaker
Telecom Power Systems
73
AC UPS & Backup Power
Alpha Technologies provides outdoor and indoor AC Uninterruptible Power Supply
(UPS) products and solutions for the traffic, parking, security, medical, telecom and
DataComm markets. With a wide-range of single and three-phase UPS solutions,
Alpha offers power stability, reliability and certainty for critical applications.
††Outdoor Powering Solutions..................................................................76
††Micro Secure 100...................................................................................77
††Micro 350................................................................................................78
††Micro 1000..............................................................................................79
††FXM UPS Series......................................................................................80
††CFR Series..............................................................................................81
††Alpha Sentra XL......................................................................................82
††Alpha Continuity 1000-3000..................................................................83
††Alpha Continuity 6-10K..........................................................................84
††TRI-Power X33 Mod HP..........................................................................85
††TRI-Power X31 HE..................................................................................86
††TRI-Power X33 HE............................................................................ 87-89
††Galaxy Series..........................................................................................90
††Triniti 4200 Series...................................................................................91
††EPS 7000.................................................................................................92
††Flextra Enclosures..................................................................................93
††MMOE Enclosure.....................................................................................94
††INEX System...........................................................................................95
AC UPS Systems
75
Outdoor Powering Solutions
Communications and Monitoring
††Ethernet/SNMP Card Option – FXM, Micro, Micro Secure
For greater effectiveness, control and communication over your UPS system, choose the Ethernet/SNMP card option that is available for our
FXM, Micro and Micro Secure products. The Ethernet/SNMP card is factory installed allowing for communication with the Alpha UPS remotely
through a web based interface. The Ethernet/SNMP card is powered by the UPS batteries eliminating the need for an external power source.
The communication card is capable of providing notifications to four different email addresses and to devices such as your PC, smartphone or
tablet. Outgoing notifications can be customized with selectable severity levels and triggered by events, faults and/or alarms.
††User Software
User Software is a graphical user interface (GUI) designed to help Alpha UPS users monitor, control and set various parameters for their UPS
systems through a computer using a standard RS-232 connection or through the internet when the UPS is equipped with an Ethernet/SNMP
card. Users are able to read and display UPS events, warnings, date, time and relay configurations through this Windows-based environment.
The software is an excellent maintenance and troubleshooting tool that automatically updates information every five seconds and records events
and warnings with time/date stamps. The UPS event log can be downloaded to your PC via the user interface.
Get real-time notification of every alarm and fault that occurs so that you are immediately in a position to take action. Easy to customize to your
exact needs, the Ethernet edition allows you to set your own notification preferences via PC and receive notifications to any PC, mobile phone,
PDA, or any device that accepts email.
User’s PC
(using Web browser)
SNMP Server
Internet
Intranet
Onsite
Ethernet
Connection
Crossover
Cable
User’s PC
(using Web browser for Ethernet
connection to onsite computer)
76
AC UPS Systems
Ethernet Port
FXM
Monitor
Card
FXM
UPS
Micro Secure 100
Indoor and Outdoor UPS
††All weather protection with durable outdoor NEMA 3R rated
plastic enclosure
††Enhanced battery life with wide-range Automatic Voltage Regulation
††Local or remote monitoring and control through RS-232 port or
(optional) SNMP Ethernet interface
††Tracking and controlling of key functions through independently
programmable relays
††Simplified troubleshooting through event and alarm logging with
time and date stamping
Electrical
Battery String Voltage (120VAC):
Battery String Voltage (230VAC):
24VDC
24VDC
Input
Nominal Voltage:
Nominal Frequency:
Current:
Voltage Range:
230VAC
50Hz
1A
154 to 323VAC
Output
Current:
230VAC: 0.43, 24VDC: 4.2A
Mechanical
Dimensions H x W x D (in/mm):
Weight w/ Batteries (lb/kg):
11.5 x 15 x 6 / 292 x 381 x 152
45 / 20.4
Environmental
Operating Temperature Range:
Audible Noise (@ 25°C):
-40 to 122°F (-40 to 50°C)
45dBa @ 1m (39in)
Performance
Runtime:
2hrs 15min @ full load (using 4x9Ah batteries @ 25°C)
Agency Compliance
Electrical Safety:
Marks:
EMI:
NEMA:
UL1778, CSA C22.2 No. 107.1
CSA, CE (230VAC models only)
Class A FCC/CISPR, EN50091-1-2, EN60950
3R
AC UPS Systems
77
Micro 350
UPS and Enclosure
††Integrated backup power system designed to operate in extreme environments and provide maximum flexibility while
ensuring critical loads remain up and running during power outages
††350W/VA total output in AC and/or DC including 120VAC, 24VAC, 48VDC, 24VDC and 12VDC enables application with
diverse load requirements
††Temperature compensated battery charging provides longer battery life
††Wide range of input with Automatic Voltage Regulation (AVR) extends battery life by not reverting to batteries during
periods of surge or sag in utility power voltages
††External communication via USB port and Ethernet SNMP interface provides local or remote monitoring and control
Electrical
Micro 350
Micro 350XL
Micro 350XL3
Battery String Voltage (120VAC):
Battery String Voltage (230VAC):
48 or 24VDC
24VDC
48 or 24VDC
24VDC
48 or 24VDC
24VDC
5.7A
60/50Hz ±5% (auto-detection)
120VAC (Voltage range w/o transferring to battery mode: 88 to 152VAC)
6.2A
60/50Hz ±5% (auto-detection)
7.2A
60/50Hz ±5% (auto-detection)
2.7A
60/50Hz ±5% (auto-detection)
230VAC (Voltage range w/o transferring to battery mode: 151 to 282VAC)
3.2A
60/50Hz ±5% (auto-detection)
3.6A
60/50Hz ±5% (auto-detection)
Input (120VAC Models Only)
Nominal Voltage:
Current:
Frequency:
Input (230VAC Models Only)
Nominal Voltage:
Current:
Frequency:
Output (120VAC Models Only)
Waveform:
Nominal Voltage:
Voltage Regulation:
Power (@ 50°C):
Frequency:
Pure sinewave
Dual 120VAC, 24VAC
±10%
350W/VA total
24VAC: 260W/VA (max), 120VAC: 350W/VA (max)
Output frequency = Input frequency
Pure sinewave
Dual 120VAC, 24VAC
±10%
350W/VA total
24VAC: 260W/VA (max), 120VAC: 350W/VA (max)
Output frequency = Input frequency
Pure sinewave
Dual 120VAC, 24VAC
±10%
350W/VA total
24VAC: 260W/VA (max), 120VAC: 350W/VA (max)
Output frequency = Input frequency
Pure sinewave
230VAC, 24VAC
±10%
350W/VA total
24VAC: 260W/VA (max), 230VAC: 350W/VA (max)
Output frequency = Input frequency
Pure sinewave
230VAC, 24VAC
±10%
350W/VA total
24VAC: 260W/VA (max), 230VAC: 350W/VA (max)
Output frequency = Input frequency
Pure sinewave
230VAC, 24VAC
±10%
350W/VA total
24VAC: 260W/VA (max), 230VAC: 350W/VA (max)
Output frequency = Input frequency
19.7 x 14.1 x 11.6 / 500 x 358 x 294
56 / 25
30.6 x 14.1 x 11.6 / 776 x 358 x 294
65 / 29
52.4 x 14.1 x 11.6 / 1330 x 358 x 294
74 / 33
Output (230VAC Models Only)
Waveform:
Nominal Voltage:
Voltage Regulation:
Power (@ 50°C):
Frequency:
Mechanical
Dimensions H x W x D (in/mm):
Weight w/o Batteries (lb/kg):
Environmental
Operating Temperature Range:
Audible Noise (@ 25°C):
-40 to 165°F (-40 to 74°C), power derated above 122°F (50°C)
<45dBa @ 1m (39in)
Performance
Typical Output Voltage (THD):
Typical Efficiency Line Mode:
Typical Transfer Line:
<3%
>96%
<5ms
Agency Compliance
Electrical Safety:
Marks:
EMC:
78
AC UPS Systems
UL1778, CSA C22.2 No. 107.3, EN62040-1
CSA, CE (230VAC models only)
CFR47, Part 15 Subpart B, Class A, CES-003, Issue 4, Class A, EN62040-2: 2006
Micro 1000
Outdoor UPS System
††Compact, integrated UPS system provides clean, uninterruptible backup power
††Wide range Automatic Voltage Regulation (AVR) without going to batteries extends battery life, even during periods of
surge or sag in voltage from utility power
††External communications via RS-232 port or (optional) Ethernet SNMP interface provides local or remote monitoring control
††Independently programmable control and report relays allow tracking and controlling of key functions
††Event and alarm logging with time and date stamping simplifies and accelerates troubleshooting
††A wide operating temperature range of -40 to 74°C (-40 to 165°F) is suitable for most extreme operating environments
††Temperature compensated battery charging protects batteries from overcharging/undercharging at extreme temperatures
Electrical (120VAC Model)
Battery String Voltage:
Input Voltage:
Input Frequency:
Input Current:
Input Voltage Range:
Output Voltage Regulation:
Output Power at 50°C:
Environment
48VDC
120VAC
60Hz
8.8A nominal
85 to 175VAC
±10% over input voltage range
1000W/VA
Electrical (230VAC Model)
Battery String Voltage:
Input Voltage:
Input Frequency:
Input Current:
Input Voltage Range:
Output Voltage:
Output Voltage Regulation:
Output Power at 50°C:
Operating Temperature:
Humidity:
Audible Noise @ 25°C:
-40 to 74°C / -40 to 165°F
15 to 95% non-condensing
<45dBa @ 1 meter (39in)
Agency Compliance3
Electrical Safety:
Marks:
EMI:
NEMA:
UL1778, CSA 22.2 No. 107.3, EN50091-1-2, EN60950
cCSAus, CE 4
Level A FCC, CISPR22, EN55022
3R
48VDC
230VAC
50Hz
4.6A nominal
150 to 328VAC
230VAC
±10% over input voltage range
1000W/VA
Performance1
Typical Output Voltage THD:
Typical Efficiency:
Typical Transfer Time:
Runtime 2:
<3%
>98% (resistive load)
<5ms
4 x 50Ah batteries - 1hr 14mins (Micro XL)
Mechanical
Alpha Micro
Dimensions H x W x D (in/mm):
Weight w/out Batteries (lb/kg):
Alpha Micro XL
Dimensions H x W x D (in/mm):
Weight w/out Batteries (lb/kg):
Alpha Micro XL3
Dimensions H x W x D (in/mm):
Weight w/out Batteries (lb/kg):
19.7 x 14.1 x 11.6 / 500 x 358 x 294
43 / 19.7
30.6 x 14.1 x 11.6 / 776 x 358 x 294
49.8 / 22.6
52.4 x 14.1 x 11.6 / 1330 x 358 x 294
69.2 / 31.4
This applies to the UPS module only. Batteries may require a heater mat at lower temperatures. Output power derates after 50°C. 2 Runtime on battery power can vary
based on loads, temperature and battery. Other battery options are available. 3 Derates after 50°C. 4 CE applies to 230VAC versions only.
1
AC UPS Systems
79
FXM UPS Series
Outdoor UPS with Variable Output
††Clean, uninterruptible backup power
††Wide range Automatic Voltage Regulation (AVR)
††External communications via RS-232 port or (optional) Ethernet SNMP interface
††Independently programmable and dry contact relays allow tracking and controlling of key functions
††Event and alarm logging with time and date stamping
††Control and power connection panels can be rotated for mounting and display
††Temperature compensated battery charging
FXM power modules provide constant, reliable UPS grade backup power management for traffic, security, telecommunications and other
applications. The FXM can operate in temperatures of -40 to 74°C / -40 to 165°F supporting your mission critical applications with clean,
uninterruptible power. The FXM modules are CSA and UL approved and are adaptable for vertical or horizontal orientations as well as rack mounting.
Double buck and double boost is designed into the module to accept a wider input range, providing constant output voltage without switching to
system batteries. The FXM’s built-in communications intelligence software reports UPS event status, collects valuable planning and maintenance
data, and monitors your site through a Windows-based GUI. It also offers a real-time clock for statistical analysis and event diagnostics. An optional
SNMP Ethernet interface is available for remote monitoring from virtually any internet-supported location.
Model
FXM 350
FXM 650
FXM 1100
FXM 2000
Specifications
120VDC: 48 or 24VDC
230VDC: 24VDC
Battery String Voltage:
Input Nominal Voltage:
Frequency:
Input Current:
Input Voltage Range:
Output Voltage Regulation:
Output Power at 50˚C / 122˚F*:
Frequency:
120VDC: 48 or 24VDC
48VDC
230VDC: 24VDC
120VAC: 120VAC, 230VAC: 230VAC
Auto-sensing
Auto-sensing
120VAC: 5.8A
120VAC: 9.8A
230VAC: 3A
230VAC: 5.1A
120VAC: 85 to 175VAC
120VAC: 85 to 175VAC
230VAC: 150 to 328VAC
230VAC: 150 to 328VAC
±10% over input voltage range
±10% over input voltage range
48VDC
60/50Hz ±5Hz (auto-detection)
FXM350-24: 5.3A, FXM350-48:5.7A,
230VAC model: 2.7A
120VAC: 88 to 152VAC
230VAC: 151 to 282VAC
±10% over input voltage range
350W/VA,
24VAC: 250VA, 230VAC: 350VA (max.)
Output frequency = Input frequency
650W/VA
1100W/VA
2000W/VA
Output frequency = Input frequency
Output frequency = Input frequency
Output frequency = Input frequency
3.5 x 13.5 x 8.3 / 88.1 x 341.9 x 211.7
19 / 8.62
3.47 x 17 x 9 / 88 x 432 x 229
25 / 11
35 / 16
35 / 16
-40 to 74°C / -40 to 165°F
<45dBa @ 1m / 39in.
-40 to 74°C / -40 to 165°F
-40 to 74°C / -40 to 165°F
-40 to 74°C / -40 to 165°F
<3%
>96% (resistive load)
<5ms
<3%
>98% (resistive load)
<5ms
<3%
>98% (resistive load)
<5ms
<3%
>98% (resistive load)
<5ms
120VAC: 17.9A
230VAC: 9.4A
120VAC: 85 to 175VAC
230VAC: 150 to 328VAC
Mechanical
Dimensions H x W x D (in/mm):
Weight (lb/kg):
5.22 x 15.5 x 8.75 / 133 x 394 x 222
Environmental
Operating Temperature**:
Audible Noise @ 25°C / 77°F:
Performance
Typical Output Voltage THD:
Typical Efficiency:
Typical Transfer Time:
Agency Compliance
Electrical Safety:
Marks:
EMI:
80
AC UPS Systems
UL1778, CSA 22.2, No 107.3,
EN60950-1-2, EN62040-1-2
CSAus/CE
c
FCC Part 15/B, EN55022.
Class A, EN62040-2
**
UL1778, CSA 22.2 No 107.3-03
CSAus/CE***
c
Class A FCC/CISPR [EN 50091-2:1995]
*
Output DC power requires the optional distribution panel. FXM 350, FXM 1100 & FXM 2000: Ethernet SNMP card is standard on the 120VAC model and optional on the 230VAC model. *** CE applies to 230VAC version only.
CFR Series
Controlled Ferroresonant UPS
††Maximum protection— highest MTBF in the UPS industry
††Complete input to output
††The CFR’s microprocessor design provides efficiency ratings up to 92%
††Features a RS-232 communication port and is SNMP and
modem compatible
††External Battery Pack available for extended runtimes
Specifications
Application Specific Models
Operating Input Voltage Range:
Input Frequency Operating Range:
Input Power Factor:
Input Current THD:
Output Waveform:
Output Voltage Regulation:
Typical Output Voltage THD:
Inverter Frequency Stability:
Spike Attenuation:
Lightning and Surge Protection:
Operating Temperature:
Audible Noise:
-23 to 10%
±1.4Hz
0.95 to 0.99
5% typical
Pure sinewave
±1%
<5% 600VA to 3kVA
±0.1%
2000 to 1
ANSI C62.41-1980 (IEEE 587)
0 to 40°C / 32 to 104°F
40dBA Typical @ 1m
CFR-NT:
CFR-MED:
CFR-E:
Plug and Receptacle Diagram
Communications
All Alpha CFR products feature RS-232 communication ports and are SNMP and modem compatible.
The following is a list of optional communication, monitoring and control products:
SNMP Agent: Furnishes real time UPS/power status to the Network Power Management Software.
5-15P
5-15R
CS6361
5-30P
5-30R
Terminal Block
5-20P
5-20R
British
5-50P
L5-15R
Schuko
L5-15P
L5-20R
Australian
L5-30P
L5-30R
L6-30P
L6-20R
Intelligent Interface Device (I2D): Front panel LCD readout provides vital UPS system information at
the touch of a key.
Models
Output Power Rating:
Specifically designed to be compatible with Northern Telecom Meridian
telephone switches and other telephony products
Designed for medical or dental equipment or dental equipment power
protection. Meets or exceeds the requirement of UL 544 and CSA 22.2 #125
50Hz configuration
L6-30R
CFR 1000, CFR 1000 E
CFR 1500, CFR 1500 E, CFR 1500 NT
CFR 5000, CFR 5000 E, CFR 5000 NT
1000VA / 750W
1500VA / 1000W
5000VA / 3750W
120
120 / 208 / 240
120 / 208 / 240
230
100% load at 90%
284BTU/h
230
100% load at 90%
427BTU/h
230
100% load at 90%
1425BTU/h
10 x 8.5 x 20 / 254 x 216 x 508
92 / 42
97 / 44
93 / 42
98 / 44
12min
5hrs typical
21 x 8.5 x 22.5 / 533 x 216 x 571
151 / 69
162 / 73
163 / 74
174 / 79
18min
5hrs typical
22.5 x 12 x 29.4 / 569 x 305 x 747
375 / 170
453 / 206
381 / 173
477 / 216
12min
5hrs typical
60Hz Models (CFR, CFR-NT and CFR-M)
Input/Output Voltage (VAC):
50Hz Models (CFR-E)
Input/Output Voltage (VAC):
Typical Efficiency (AC/AC):
Typical Heat Output (Line Mode):
Mechanical
Dimensions H x W x D (in/mm):
60Hz Weight (lb/kg):
60Hz Ship Weight (lb/kg):
50Hz Weight (lb/kg):
50Hz Ship Weight (lb/kg):
Internal Battery Runtime*:
Internal Battery Recharge Time (To 80% Cap.):
60Hz Power Connector Options
Input (CFR, CFR-C, CFR-M, CFR-RM Models):
Input (CFR-NT Models):
Output (CFR, CFR-C, CFR-M, CFR-RM Models):
Output (CFR-NT Models):
5-15P
N/A
5-15R, L5-15R
N/A
5-15P, L5-15P, T. B.
5-50P, CS6361, L6-30P***, Terminal Block
L6-30R
L6-30
5-15R, 5-20R, 6-20R, L5-15R, L5-20R, L5-30R, L6-20R, 5-30R, L6-30R, Terminal Block
5-15R, 2-L6-30R
5-15R, 3-L6-30R
50Hz Power Connector Options
Input/Output (CFR-E Models):
British, Schuko, Australian
Output Power Connector
Configuration Options:
1: Any 2 single or 2 duplex receptacles 2: Any combination of 3 or less duplex receptacles 3: Any combination of 2 or less single receptacles
4: Any duplex receptacle with any single receptacle 5: Single terminal block
Notes: UPS Warranty (24 month limited), battery warranty (24 month limited). * Battery runtimes are calculated at 100% rated loads and will vary according battery age,
loads, temperature and other factors. ** Total runtime include the internal batteries and the External Battery Pack (EBP) at 100% load
AC UPS Systems
81
Alpha Sentra XL
Line-Interactive Sinewave UPS Series
††Highly efficient Line Interactive Sinewave UPS with 0.9 output power factor
††Optional external battery cabinets with "daisy-chainable" connections and dependable high rate
charger provides extended backup and optimal runtime
††Rack/tower convertible design with rotating LCD panel provides compact and flexible form factor
††Advanced Automatic Voltage Regulation (AVR) lengthen battery life
††Hot-swappable battery function facilitates ease of maintenance
††USB and RS232 interfaces, plus customer definable slot, provide additional communication flexibility
Sentra XL
1000
Models
Sentra XL
1500
Sentra XL
2200
Sentra XL
3000
Input
Sentra XL
1000
Sentra XL
1500
Sentra XL
2200
Sentra XL
3000
Alarms
Acceptable Boltage Range:
Voltage Window:
Frequency:
Phase:
0 ~ 340VAC
220/230/240VAC ±25%
45 ~ 65Hz (auto-sensing)
Single-phase + ground
Output
Acoustic & Display:
220/230/240VAC ±5%
50/60Hz Auto-sensing
1000VA/900W
Pure sinewave
4 to 6ms typical
Line Mode: up to 95%, Boost/Buck Mode: up to 945
Yes
Yes
Yes
Yes
Battery
Type:
Capacity:
Quanity:
Voltage:
Autonomy (full load):
Recharge Time:
Sealed Lead Acid Maintenance-free
12V / 7Ah
12V / 9Ah
12V / 9Ah
12V / 9Ah
4
4
8
8
24V
24V
48V
48V
Minimum 5 minutes
5 Hours to 90% after complete discharge at 100% load
Display
Line bypass, AVR Boost (Buck), Backup, Battery Level, Battery
Low, Load Level, Battery Fault, UPS Fault
Line Mode, Battery Mode & Fault
Upon Power On and Software Control
Status on LCD:
Status on LED:
Self-Diagnostics:
Protection
Line Mode:
Overload
Battery Mode:
Short Circuit
Line Mode:
Battery Mode:
Low Battery:
EPO:
Battery:
Heat Dissipation:
AC UPS Systems
>100 to 110% buzzer alarms only,
>110 to 120% for 10 min. and then shutdown,
>120% shutdown after 1 cycle
>100 to 120% buzzer alarms only, >120 to 130% shutdown
after 10 sec., >130% shutdown after 1 cycle
Resettable Breaker
Electronic Circuit
Alarm and automatic stop
Shutdown immediately
Electronic System of Management of Battery Discharge
96W
108W
192W
216W
Mains Fault, Low Battery, Overload and Fault conditions
Mechanical
Dimensions H x W x D (in/mm):
230VAC Input Connectors:
Voltage Range Battery Mode:
Frequency:
Capacity:
Wave Form:
Transfer Time:
Efficiency:
Cold Start:
82
Models
230VAC Output Connectors:
230VAC Net Weight (lb/kg)
3.5 x 17.3 x 19.3 /
88 x 440 x 491
IEC-320-C14
IEC-320-C13
51 / 25
61 / 27.8
3.5 x 17.3 x 19.3 /
88 x 440 x 701
IEC-320-C20
IEC-320-C13,
IEC-320-C19
93 / 42
102 / 46.2
Environment
Operating Temperature:
Warning Temperature:
Elevation:
Humidity:
Noise:
0 to 40°C / 32 to 104°F
The battery design life is based on a temperature of 25°C/77°F,
Ambient temperature above this range will affect battery life
0 to 2000m up to 40°C / 104°F, 0 to 3000m up to 35°C / 96.8°F
90% RH maximum, no condensing
Line Mode: 40dB max; Bat. Mode: 45dB max.
Computer Interface
Type:
Slots:
Compatible Platforms:
Standard RS232 and USB
Relay card/SNMP card
Windows 95/98/NT/2000/XP/Vista/Win7,
Novell Netware, linux, MAC
Agency Compliance
Quality:
Security:
Performance:
Standard EMC:
Marking:
ISO 9001 certified manufacturing
EM62040-1-1, UL1778
EN62040-3
EN62040-2, EN61000-3-2, FCC Class A
CE, FCC
Alpha Continuity 1000-3000
Convertible Indoor Online UPS Series
††Feature rich online UPS Series with rack/tower convertible design
with rotating LCD panel enabling easy integration into a wide variety of appliations and locations
††Wide input power frequency and voltage window accommodates broad operating range for different working requirements
††Advanced digital control technolgy achieves higher reliability and greater immunity from utility power problems
††Emergency shutdown control through EPO complies with national safety regulations and local codes
††Programmable built-in charger shortens battery charging time and extends runtime
††Hot-swappable battery allows replacement without interruption to critical loads
Models
Continuity 1000 Continuity 2000 Continuity 3000
Input
Models
Protection
Voltage Window:
Frequency:
Phase/Wire:
Power Factor:
Overload AC Mode and
Backup Modem (delay before
switching to bypass):
160 to 280VAC
50/60 ±5% (Auto Sensing)
Single, Line + Neutral + Ground
>0.99 (Full Load)
Output
Voltage:
Voltage Regulation:
Capacity:
Power Factor:
Wave Form:
Frequency Stability:
Frequency Regulation:
Transfer Time:
Crest Factor:
Efficiency (AC to AC):
Autonomy (Built-in Battery):
DC Start:
200/208/220/240VAC
<±0.1% until low battery warning
1000VA/800W
2000VA/1600W
3000VA/2400W
0.8 Lagging
Sinewave, THD<3% (no load to full load)
±0.1% unless synchronized to line
3Hz or 1Hz (Setting by software)
0m sec
0m sec
0m sec
3:1
3:1
3:1
>85%
>85%
>88%
>5min
>5min
>5min
Yes
Yes
Yes
Bypass Mode:
Short Circuit:
Overheat:
Battery Low:
EPO:
Battery:
Noise Suppression:
Operating Temperature:
Type:
Capacity:
Quantity:
Voltage:
Recharge Time:
Built-in Charger
(Maximum Charging Current):
Elevation:
7Ah
3
36VDC
Sealed lead acid maintenance free
7Ah
9Ah
6
6
72VDC
72VDC
3 hours to 90%
1.8A
2.1A
2.7A
Display
Key:
Self-Diagnostics:
Normal, Battery, Bypass, Programmable Outlet 1, Programmable
Outlet 2, Self-Test, Battery Weak and Bad, Site Wiring Fault,
Fault, Overload, and Load/Battery Level Conditions
On button / Off button (Test / Alarm silence button)
Upon power on and software Control
Alarms
Audible and Visual:
Line failure, Battery low, Overload, System fault conditions
Mechanical
Dimensions H x W x D (in/mm):
230VAC Outlets:
Weight (lb/kg):
3.5 x 17.3 x 16 /
88 x 440 x 405
3.5 x 17.3 x 25.6 /
88 x 440 x 650
4 x IEC320-C13,
6 x IEC320-C13
1 x IEC320-C19
33.3 / 15.1
61.5 / 27.9
65.4 / 29.7
<105% continuously, >106%~120% for 30 seconds transfer to
bypass, >121%~150% for 10 seconds transfer to bypass, >150%
immediately transfer to bypass, Buzzer continuously alarms
<105% continuously, >106%~120% for 250 seconds shut down,
>121%~130% for 125 seconds shut down, >131%~135%
for 50 seconds shut down, >136%~145% for 20 seconds shut
down, >146%~148% for 5 seconds shut down, >149%~157%
for 2 seconds shut down, >158%~176% for 1 seconds shut
down, >177%~187% for 0.32 seconds shut down, >188% for
0.16 seconds shut down, Buzzer continuously alarms
Hold whole system
AC Mode: Switch to bypass;
Backup Mode: UPS shuts down immediately
Alarm and switch Off
UPS shuts down immediately
Advanced Battery Discharge Management (ABDM)
300 Joules
300 Joules
300 Joules
Environment
Battery
LED:
Continuity 1000 Continuity 2000 Continuity 3000
Humidity:
Noise:
0 to 40°C / 32 to 104°F
0~2000m/6600ft up to 40°C / 104°F,
3000m/9900ft up to 35°C / 95°F
90% RH maximum, non-condensing
<50dB (at 1m / 3.3ft)
Computer Interface
Interface Type:
Standard RS232 and USB Interfaces
Communication Slots:
Relay contact board or SNMPcard
Agency Compliance
Quality Assurance:
Safety Standard:
Performance:
EMC Standard:
Marks:
Battery Pack Models
Battery Type:
Maximum Quantity:
Weight w/out Batteries (lb/kg):
Weight with Batteries (lb/kg):
Dimensions H x W x D (in/mm):
ISO9001 Certified Company
EN62040-3 complied
EN62040-3 complied
EN62040-2, EN61000-3-2, EN61000-3-3, FCC Class A
CE, FCC
BP Continuity
1000
BP Continuity
2000
BP Continuity
3000
7Ah
3-12pcs
17.7 / 8
45.6 to 92.8 / 20.7
to 42.1
6.9 x 17.3 x 16.5 /
176 x 440 x 420
9Ah
12pcs
17.7 / 8
9Ah
12pcs
17.7 / 8
97 / 44
97 / 44
3.5 x 17.3 x 25.6 / 88 x 440 x 650
AC UPS Systems
83
Alpha Continuity 6-10K
Indoor Online UPS Series
††Feature rich online UPS Series with superior output power factor, enabling energy efficient
system performance
††Simple parallel installation simplifies the setup of N+1 redundant systems
††Up to 4 units working in parallel increases potential power output capacity
††Smart ECO mode allows automatic transfer to inverter supply, maximizing efficiency
††LCD/LED display panel provides user-friendly interface to UPS
††Emergency shutdown control through EPO complies with national safety regulations and local codes
††Hot-swappable battery allows replacement without interruption to critical loads
Models
Continuity 6k
Continuity 10k
Input
Continuity 6k
Continuity 10k
Protection
Voltage Window:
Frequency:
Phase/Wire:
Power Factor:
Current THD (100% Linear Load):
160~280VAC
160~280VAC
45 to 65Hz
45 to 65Hz
Single, Line + Neutral + Ground
Up to 0.99 at 100% linear load
<7%
<7%
Output
Voltage:
Voltage Adjustment:
Voltage Regulation:
Capacity:
Rated Power Factor:
Wave Form:
Frequency Stability:
Frequency Regulation:
Transfer Time:
Crest Factor:
Efficiency (AC to AC, Normal):
Efficiency (AC to AC, ECO):
Autonomy:
DC Start:
200/208/220/230/240VAC
Nominal +1%, +2%, +3%, -1%, -2% or -3%
±1%
±2%
6000VA/5400W
10000VA/9000W
0.7 Lagging
0.7 Lagging
Sinewave, THD<3% (no load to full load)
±0.2% (Free Running)
±0.2% (Free Running)
±1Hz; ±3Hz
±1Hz; ±3Hz
0ms
0ms
3:1
3:1
Up to 90%
Up to 90%
Up to 95%
Up to 95%
>=5 min.
>=5 min.
Yes
Yes
Battery
Type:
Capacity:
Quantity:
Voltage:
Recharge Time:
Sealed lead acid maintenance free
12V/7Ah
12V/9Ah
20pcs
20pcs
240VDC
240VDC
4 hours to 90%
5 hours to 90%
Display
Status on LED and LCD:
Readings on LCD:
Self-Diagnostics:
Line Mode, Backup Mode, ECO Mode, Bypass Supply, Battery
Low, Battery Bad/Disconnect, Overload, Transferring with
Interruption and UPS Fault
Input Voltage, Input Frequency, Output Voltage, Output Frequency,
Load Percentage, Battery Voltage and Inner Temperature
Upon power-on, Front panel setting and software control,
24-hour routine checking
Alarms
Audible and Visual:
Line Failure, Battery Low, Transfer to Bypass, System Fault Conditions
Mechanical
Dimensions H x W x D (in/mm):
Input/Output Connection:
External Battery Connection:
Weight (lb/kg):
84
Models:
AC UPS Systems
5.2 x 17.3 x 21.3 /
132 x 440 x 543
Hardwire
Plug-in and play
52.9 / 24
5.2 x 17.3 x 26.8 /
132 x 440 x 680
Hardwire
Plug-in and play
57.3 / 26
Overload (w/Simulated
Thermal Tripping I-T Curve):
Short Circuit:
Overheat:
Battery Low:
Noise Suppression:
Spike Suppression:
Heat Dissipation
(At Full Linear Load):
Leakage Current:
Inverter Supply: 105%~150% for 160 seconds
~ 2 cycles before switching bypass.
Bypass Supply: 105%~200% for 500 seconds
~8 cycles before stopping supply load
Switch off immediately
AC Mode: Switch to bypass, Backup Mode: Switch off the UPS
Alarm and switch Off
Complies with EN62040-2
Complies with EN61000-4-5
Without Isolated Transformer 10K: <600W
Module (<450W):
10KP: <550W
With Isolated Transformer
10K: <1100W
Module (<615W):
10KP: <1050W
<3mA at full load
<3mA at full load
Environment
Operating Temperature:
Temperature Warning:
Elevation:
Humidity:
Noise:
0 to 40°C / 32 to 104°F
The battery design life is based on a temperature of 25°C/77°F,
Ambient temperature above this range will affect battery life.
0~2000m/6600ft up to 40°C / 104°F,
3000m/9900ft up to 35°C / 95°F
90% RH maximum, non-condensing
<50dB (at 1m / 3.3ft)
Computer Interface
Interface Type:
Communication Slots:
Standard RS232 Interface
2nd RS232, USB, RS485, Relay Contact or SNMPCard
Agency Compliance
Quality Assurance:
Safety Standard:
EMC Standard:
Marks:
ISO9001 Certified
EN62040-1-1, UL1778
EN62040-2, EN61000-3-2, EN61000-3-3, FCC Class A
CE
CE
Battery Pack Model
BP Continuity 6K
Battery Type:
Max. Quantity:
Output Voltage:
Dimensions H x W x D (in/mm):
Weight w/out Batteries (lb/kg):
Weight with Batteries (lb/kg):
BP Continuity 10K
7Ah
9Ah
20pcs
20pcs
240VAC
240VAC
5.2 x 17.3 x 26.8 / 132 x 440 x 680
39.7 / 18
39.7 / 18
114.6 / 52
149.9 / 68
TRI-Power X33 Mod HP
Modular Three-Phase UPS (10 to 60KVA)
††Modular and scalable from 10 to 60kVA
††High output power factor 0.9
††Easy to install, easy to handle, easy to maintain easy to expand
††Customized configuration with 3.4, 5.0 & 6.7kVA power modules
††High Performance on a small foot print: i.e. 15kVA system with N+1 redundancy,
totally modular with 5 minutes back up time in one single cabinet
††Cost effective N+x redundancy; even phase by phase
††Modular battery system
††Advanced battery management
††Double input (model HP40, 45 and 45kVA)
Models
Nominal Power (kVA):
Architecture of the UPS:
X33 Mod HP 10
X33 Mod HP 15
X33 Mod HP 20
10
15
20
Modular, scalable and redundant in one single cabinet
X33 Mod HP 30
30
X33 Mod HP 40
X33 Mod HP 45
X33 Mod HP 60
40
45
Modular, scalable and redundant
60
Input
Nominal Voltage:
Frequency:
Compatibility with Gensets:
Power Factor at Full Load:
THD of Input Current:
230V 1-phase / 400V 3-phase +N
> 0.99
≤ 3%
400V 3-phase +N
50Hz / 60Hz +/- 2% autosensing
Configurable for synchr. between the input and output frequencies, even for the highest frequency ranges, +/- 14%
> 0.99
> 0.99
> 0.99
> 0.99
> 0.99
≤ 3%
≤ 3%
≤ 3%
≤ 3%
≤ 3%
> 0.99
≤ 3%
Output
Nominal Power (kVA):
Active Power (kW):
Power Factor:
Nominal Voltage (V):
Voltage Variation (Static):
Voltage Variation (Dynamic):
Crest Factor (lpeak/lrms):
THDv on Nominal Power:
Frequency:
Frequency Stability Battery Mode:
Overload Capability PF 0.9:
10
9
0.9
15
13.5
0.9
230V 1-phase / 400V 3-phase +N
3:1
3:1
0.01%
0.01%
20
18
0.9
30
27
0.9
40
45
36
40.5
0.9
0.9
230V 1-phase / 400V 3-phase +N
+/- 1% (AC-AC / DC-AC)
+/- 1% (AC-AC / DC-AC)
3:1
3:1
3:1
≤ 0.5% linear load / ≤ 1% not linear load
50 Hz / 60 Hz (autosensing or selectable)
0.01%
0.01%
0.01%
125% for 5min, 150% for 30sec with no bypass intervention
60
54
0.9
3:1
3:1
0.01%
0.01%
Batteries
Type/UPS Battery Voltage:
Runtime/Autonomy:
Battery Module:
VRLA - AGM / 240VDC (internal redundant range)
Configurable and extendable, both internally and with additional battery cabinets
Plug-and-play
Environmental
Communication:
Monitoring:
Display and Signalling:
Diagnostic Functions:
Emergency Stop (EPO):
Operating Temp/-Humidity:
Noise level @ 1m (dBA):
Protection Index:
Efficiency Smart Mode:
Dimensions H x W x D (in/mm):
Weight w/out Batteries (lb/kg):
Certifications:
1 x SNMP Slot, 2 x Serial Port RS232, 1x Logic Level Port, 4 x volt-free contacts ports
Optional (including 1 x RCCMD License with SNMP Interface Card)
4 x 20-character lines, 4 menu navigation buttons, multi-coloured LED status indicator, alarms and audible signalling
Advanced Diagnostic Functions via Display and / or Remote
Yes
Yes
Yes
Yes
Yes
Yes
0 to 40°C / 20% to 80% non-condensing
42 to 46 dBA
IP 21
IP 21
up to 99%
up to 99%
64.96 x 16.29 x 24.72 / 1650 x 414 x 628
64.96 x 16.29 x 24.72 / 1650 x 414 x 628
341.14 / 155
341.14 / 155
346.1 / 157
399 / 181
405.6 / 184
421 / 191
EN 62040-1; EN 62040-2; EN 62040-3 (Voltage Frequency Independent) VFI-SS-111
Yes
432.1 / 196
AC UPS Systems
85
TRI-Power X31 HE
Three-Phase UPS (10 to 20kVA)
††Models available from 10 to 20kVA
††Single-phase output
††Efficiency ≥98% in economy mode
††THDI <3%
††Small footprint
††Multilingual graphic display
Models
Power (kVA):
X31 HE 10
X31 HE 15
X31 HE 20
10
15
20
50/60Hz
40 to 72Hz
0.99
THDI ≤3%
380/400/415VAC Three-phase with neutral / 200/230/240VAC Single-phase
50/60Hz
40 to 72Hz
0.99
THDI ≤3%
50/60Hz
40 to 72Hz
0.99
THDI ≤3%
220/230/240VAC Single-phase
1
180 to 264V (selectable)
50/60Hz
±5 (selectable)
220/230/240VAC Single-phase
1
180 to 264V (selectable)
50/60Hz
±5 (selectable)
220/230/240VAC Single-phase
1
180 to 264V (selectable)
50/60Hz
±5 (selectable)
10
8
0.8
1
220/230/240VAC (Selectable)
±1%
±3%
3:1
15
12
0.8
1
220/230/240VAC (Selectable)
±1%
±3%
3:1
≤1% with linear load / ≤3% with nonlinear load
50/60Hz
0.01%
110% for 10 minutes, 133% for 1 minute, 150% for 5 seconds
20
16
0.8
1
220/230/240VAC (Selectable)
±1%
±3%
3:1
VRLA AGM/GEL
6 Hours
VRLA AGM/GEL
6 Hours
Input
Rated Voltage:
Rated Frequency:
Frequency Tolerance:
Power Factor at Full Load:
Current Distortion:
Bypass
Rated Voltage:
Number of Phases:
Voltage Tolerance:
Rated Frequency:
Frequency Tolerance:
Output
Rated Power (kVA):
Active Power (kW):
Output Power Factor:
Number of Phases:
Rated Voltage (V):
Static Variation:
Dynamic Variation:
Crest Factor (lpeak/lrms):
Voltage Distortion:
Frequency:
Frequency Stability on Battery Mode:
Overload at pF 0.8:
50/60Hz
0.01%
50/60Hz
0.01%
Batteries
Type:
Recharge Time:
VRLA AGM/GEL
6 Hours
Environmental
Communication:
Operating Temperature:
Humidity:
Color:
Noise:
Protection Rating:
Efficiency Smart Mode:
Dimensions H x W x D (in/mm):
Weight w/out batteries (lb/kg):
Compliance:
86
AC UPS Systems
3 Communication interface slots / R232 / USB
0 to 40°C / 32 to 104°F
0 to 40°C / 32 to 104°F
0 to 40°C / 32 to 104°F
90% non-condensing
90% non-condensing
90% non-condensing
Dark Gray RAL7016
Dark Gray RAL7016
Dark Gray RAL7016
<52dBA at 1m
<52dBA at 1m
<52dBA at 1m
IP 20
IP 20
IP 20
≥98% in economy mode
≥98% in economy mode
≥98% in economy mode
51.9 x 17.3 x 33.5 / 1320 x 440 x 850
51.9 x 17.3 x 33.5 / 1320 x 440 x 850
51.9 x 17.3 x 33.5 / 1320 x 440 x 850
231.4 / 105
253.5 / 115
264.6 / 120
European Directives: L V 2006/95/CE Low voltage directive, EMC 2004/108/EC Electromagnetic compatibility directive
Standards: Safety IEC EN 62040-1; EMC IEC EN 62040-2 C2 Classification according to IEC 62040-3 (Voltage Frequency Independent) VFI-SS-111
TRI-Power X33 HE
Three-Phase UPS (10 to 40kVA)
††Models available from 10 to 40kVA
††High efficiency up to 96.5%
††High output power factor 0.9
††THDI <3%
††Small footprint
††Multilingual graphic display
Models
Power (kVA):
X33 HE 10
X33 HE 15
X33 HE 20
X33 HE 30
X33 HE 40
10
15
20
30
40
50/60Hz
40 to 72Hz
0.99
THDI ≤3%
50/60Hz
40 to 72Hz
0.99
THDI ≤3%
380/400/415VAC Three-phase with neutral
50/60Hz
40 to 72Hz
0.99
THDI ≤3%
50/60Hz
40 to 72Hz
0.99
THDI ≤3%
50/60Hz
40 to 72Hz
0.99
THDI ≤3%
3+N
3+N
3+N
3+N
50/60Hz
±5 (selectable)
50/60Hz
±5 (selectable)
50/60Hz
±5 (selectable)
50/60Hz
±5 (selectable)
10
9
0.9
3+N
15
13.5
0.9
3+N
Input
Rated Voltage:
Rated Frequency:
Frequency Tolerance:
Power Factor at Full Load:
Current Distortion:
Bypass
Rated Voltage:
Number of Phases:
Voltage Tolerance:
Rated Frequency:
Frequency Tolerance:
380/400/415VAC Three-phase with neutral
3+N
180 to 264V (selectable)
50/60Hz
±5 (selectable)
Output
Rated Power (kVA):
Active Power (kW):
Output Power Factor:
Number of Phases:
Rated Voltage (V):
Static Variation:
Dynamic Variation:
Crest Factor (lpeak/lrms):
Voltage Distortion:
Frequency:
Frequency Stability on Battery Mode:
Overload at pF 0.8:
±1%
±3%
3:1
50/60Hz
0.01%
20
30
18
27
0.9
0.9
3+N
3+N
380/400/415VAC (selectable)
±1%
±1%
±1%
±3%
±3%
±3%
3:1
3:1
3:1
≤1% with linear load / ≤3% with nonlinear load
50/60Hz
50/60Hz
50/60Hz
0.01%
0.01%
0.01%
115% unlimited, 125% for 10 minutes, 150% for 1 minute, 168% for 5 seconds
40
36
0.9
3+N
±1%
±3%
3:1
50/60Hz
0.01%
Batteries
Type:
Recharge Time:
VRLA AGM/GEL
6 Hours
VRLA AGM/GEL
6 Hours
VRLA AGM/GEL
6 Hours
VRLA AGM/GEL
6 Hours
VRLA AGM/GEL
6 Hours
Environmental
Communication:
Operating Temperature:
Humidity:
Color:
Noise:
Protection Rating:
Efficiency Smart Mode:
Dimensions H x W x D (in/mm):
Weight w/out batteries (lb/kg):
Compliance:
3 Communication interface slots / R232 / USB
0 to 40°C / 32 to 104°F
0 to 40°C / 32 to 104°F
0 to 40°C / 32 to 104°F
90% non-condensing
90% non-condensing
90% non-condensing
Dark Gray RAL7016
Dark Gray RAL7016
Dark Gray RAL7016
<52dBA at 1m
48dBA at 1m
48dBA at 1m
IP 20
IP 20
IP 20
Up to 99%
Up to 99%
Up to 99%
51.9 x 17.3 x 33.5 / 1320 x 440 x 850
396.8 / 180
401.2 / 182
418.8 / 190
429.9 / 195
378.5 / 335
European Directives: L V 2006/95/CE Low voltage directive EMC 2004/108/EC Electromagnetic compatibility directive
Standards: Safety IEC EN 62040-1; EMC IEC EN 62040-2 C2 Classification according to IEC 62040-3 (Voltage Frequency Independent) VFI-SS-111
0 to 40°C / 32 to 104°F
90% non-condensing
Dark Gray RAL7016
<52dBA at 1m
IP 20
Up to 99%
0 to 40°C / 32 to 104°F
90% non-condensing
Dark Gray RAL7016
<52dBA at 1m
IP 20
Up to 99%
AC UPS Systems
87
TRI-Power X33 HE
Three-Phase UPS (60 to 80kVA)
††Models available from 60 to 80kVA
††High efficiency up to 96.5%
††High output power factor 0.9
††THDI <3%
††Small footprint
††Multilingual graphic display
Models
Power (kVA):
X33 HE 60
X33 HE 80
60
80
Input
Rated Voltage:
Rated Frequency:
Frequency Tolerance:
Power Factor at Full Load:
Current Distortion:
380/400/145VAC Three-phase with neutral
50/60Hz
40 to 72Hz
0.99
THDI ≤3%
50/60Hz
40 to 72Hz
0.99
THDI ≤3%
Bypass
Rated Voltage:
Number of Phases:
Voltage Tolerance:
Rated Frequency:
Frequency Tolerance:
380/400/415VAC Three-phase with neutral
3+N
180 to 264V (selectable)
50/60Hz
±5 (selectable)
3+N
180 to 264V (selectable)
50/60Hz
±5 (selectable)
60
54
0.9
3+N
380/400/415VAC (selectable)
±1%
±3%
3:1
80
72
0.9
3+N
380/400/415VAC (selectable)
±1%
±3%
3:1
Output
Rated Power (kVA):
Active Power (kW):
Output Power Factor:
Number of Phases:
Rated Voltage (V):
Static Variation:
Dynamic Variation:
Crest Factor (lpeak/lrms):
Voltage Distortion:
Frequency:
Frequency Stability on Battery Mode:
Overload at pF 0.8:
≤1% with linear load / ≤3% with nonlinear load
50/60Hz
50/60Hz
0.01%
0.01%
115% unlimited, 125% for 10 minutes, 150% for 1 minute, 168% for 5 seconds
Batteries
Type:
Recharge Time:
VRLA AGM/GEL
6 Hours
VRLA AGM/GEL
6 Hours
Environmental
Communication:
Operating Temperature:
Humidity:
Color:
Noise:
Protection Rating:
Efficiency Smart Mode:
Dimensions H x W x D (in/mm):
Weight w/out Batteries (lb/kg):
Compliance:
88
AC UPS Systems
3 Communication interface slots / R232 / USB
0 to 40°C / 32 to 104°F
90% non-condensing
Dark Gray RAL7016
0 to 40°C / 32 to 104°F
90% non-condensing
Dark Gray RAL7016
<65dBA at 1m
<65dBA at 1m
IP 20
up to 99%
IP 20
up to 99%
74.8 x 29.5 x 33.7 / 1900 x 750 x 855
481.8 / 190
440.9 / 200
European Directives: L V 2006/95/CE Low voltage directive EMC 2004/108/EC Electromagnetic compatibility directive
Standards: Safety IEC EN 62040-1; EMC IEC EN 62040-2 C2 Classification according to IEC 62040-3 (Voltage Frequency Independent) VFI-SS-111
TRI-Power X33 HE
Three-Phase UPS (100 to 120kVA)
††Models available from 100 to 120kVA
††High efficiency up to 96.5%
††High output power factor 0.9
††THDI <3%
††Small footprint
††Multilingual graphic display
Models
Power (kVA):
X33 HE 100
X33 HE 120
100
120
Input
Rated Voltage:
Rated Frequency:
Frequency Tolerance:
Power Factor at Full Load:
Current Distortion:
380/400/145VAC Three-phase with neutral
50/60Hz
40 to 72Hz
0.99
THDI ≤3%
50/60Hz
40 to 72Hz
0.99
THDI ≤3%
3+N
180 to 264V (selectable)
50/60Hz
±5 (selectable)
3+N
180 to 264V (selectable)
50/60Hz
±5 (selectable)
100
90
0.9
3+N
380/400/415VAC (selectable)
±1%
±3%
3:1
120
108
0.9
3+N
380/400/415VAC (selectable)
±1%
±3%
3:1
50/60Hz
0.01%
50/60Hz
0.01%
VRLA AGM/GEL
6 Hours
VRLA AGM/GEL
6 Hours
0 to 40°C / 32 to 104°F
90% non-condensing
Dark Gray RAL7016
<65dBA at 1m
IP 20
up to 99%
0 to 40°C / 32 to 104°F
90% non-condensing
Dark Gray RAL7016
<65dBA at 1m
IP 20
up to 99%
1014.1 / 460
1058.2 / 480
Bypass
Rated Voltage:
Number of Phases:
Voltage Tolerance:
Rated Frequency:
Frequency Tolerance:
Output
Rated Power (kVA):
Active Power (kW):
Output Power Factor:
Number of Phases:
Rated Voltage (V):
Static Variation:
Dynamic Variation:
Crest Factor (lpeak/lrms):
Voltage Distortion:
Frequency:
Frequency Stability on Battery Mode:
Overload at pF 0.8:
Batteries
Type:
Recharge Time:
Environmental
Communication:
Operating Temperature:
Humidity:
Color:
Noise:
Protection Rating:
Efficiency Smart Mode:
Dimensions H x W x D (in/mm):
Weight w/out Batteries (lb/kg):
Compliance:
AC UPS Systems
89
Galaxy Series
Three-Phase UPS Systems
††Power ranges 10 to 75kVA
††True online double conversion technology
††Network-based power management
††Input Power Factor Correction (PFC)
††All-in-one complete solution
Galaxy 3000
Galaxy 3000
Output Power Rating
Galaxy 4000
10kVA
15kVA
20kVA
30kVA
Input
Output Power Rating
40kVA
50kVA
65kVA
75kVA
Input
Voltage:
Frequency:
Power Factor:
Current Distortion (THD):
Current (A @ 208V):
Breaker (@ 208):
>0.99
>3%
28
40
208/220/480/600
60Hz (-25 to 8%)
>0.99
>0.99
>3%
>3%
42
56
60
80
28
4821
208 (220/480/600)
60Hz (±1 to 4% selectable)
±3% for 0 to 100% to 0%
<3% L-L and L-N
120% for 1 min, 145% for 30 sec
10x nominal current, 1 cycle
42
56
7232
8895
>0.99
>3%
83
125
Output
Voltage:
Frequency:
Transient Response:
Voltage Distortion THD:
Inverter Overload:
Bypass Overload:
Output Current (A @ 208V):
Heat Rejection (max. BTUs):
83
13342
Batteries
Input Voltage:
Input Frequency:
Power Factor:
Current Distortion (THD):
Current (A @ 208V):
208V
208V
208V
60Hz (±5%)
>0.98
>0.98
>3%
>3%
127
166
>0.98
>3%
102
208V
>0.98
>3%
191
Output
Voltage:
Frequency:
Transient Response:
Voltage Distortion THD:
Inverter Overload 130%:
Inverter Overload 145%:
Bypass Overload:
Output Current (A @ 208V):
Heat Rejection (max. BTUs):
208V
208V
208V
60Hz (±1 to 4% selectable)
±5% for 0 to 100% to 0%
<1% L-L and L-N
1 min
1 min
30 sec
30 sec
10x nominal current, 1 cycle
139
180
18700
24200
1 min
30 sec
111
14900
208V
1 min
30 sec
208
28000
Runtimes (@ 100% Load)
Backup Time 1 (minutes):
11/39/60
7/22/35/55
15/24/38
8/12/21
Mechanical
Cabinet Dimensions (in/mm):
Weight2 (lb/kg):
Micro Cabinet3
Dimensions (in/mm):
Weight (lb/kg):
Auxiliary Cabinet Maintenance
Bypass Cabinet (in/mm):
Battery Cabinet (in/mm):
Weight (lb/kg):
32.8 x 40.1 x 62.4 / 833.1 x 1018.5 x 1585
2565 / 1163.5
23 x 33.5 x 48.5 /
—
—
584 x 851 x 1232
830 / 376.5
—
—
18.8 x 41.1 x 62.4 / 477.5 x 1044 x 1585
23 x 35.5 x 62.4 / 584 x 851 x 1585
2723 / 1235
Standards
Standards:
Standard Features:
Optional Features:
90
Galaxy 4000
AC UPS Systems
UL 1778, cUL , FCC Class A parts, 15 sub part J Class A, IEC
1000 level 4, IEEE C62.41-B3, NEC, ISO 9001
Input distribution management, Digital power quality
management system (PWM/IGBT inverter), Step load voltage
stabilization, Intelligent battery management system, Fault
tolerant architecture, Scalable architecture (10 and 20kVA models,
No extra cabinet for isolation transformer, Integrated battery bank,
Low audible noise fans (<53dBA), Casters with leveling feet,
Network based software for multi-server control, Dry contact i/o
card, SNMP manageable, Color graphic display with multilingual
user interface, Bottom or top entry, Integrated maintenance
bypass, Four communications ports, 12 month warranty
Matching power distribution unit (84 circuits), EIA232 / EIA485
serial interface, Ethernet/SNMP network connection kit, Dual
input, External maintenance bypass, Input isolation transformer
1 x 285W/Cell:
1 x 370W/Cell:
1 x 500W/Cell:
2 x 370W/Cell:
2 x 500W/Cell:
3 x 500W/Cell:
4 x 500W/Cell:
12
20
28
47
67
98
136
9
14
22
36
52
85
115
6
9
15
25
38
60
85
—
8
11
22
31
53
72
Mechanical
Standard Cabinet
Dimensions (in/mm):
Weight (lb/kg):
Battery Cabinet
Dimensions (in/mm):
Weight (lb/kg):
Second Battery Cabinet
Dimensions (in/mm):
Weight (lb/kg):
33.5 x 72.1 x 35.6 / 851 x 1831 x 904
1235 / 560
1235 / 560
1235 / 560
1235 / 560
26.5 x 72.1 x 33.5 / 673 x 1831 x 851
2045 / 928
2045 / 928
2045 / 928
2045 / 928
33.5 x 72.1 x 33.5 / 851 x 1831 x 851
2745 / 1245
2745 / 1245
2745 / 1245
2745 / 1245
Standards
ISO 9001, UL 1778, cUL , FCC Part 15, subpart J, Class A, NEMA PE 1, NEMA 250, NFPA 70,
IEC 10000 (801) level 4, OSHA
Optional Features
RS232/RS485 serial interface, Ethernet/SNMP web card connection kit, External maintenance bypass
with interlock, Internal maintenance bypass, Seismic brackets, 42 pole distribution
Note: External maintenance bypass distribution options not available with micro cabinet. 1 11/7min battery times only applicable for micro cabinet.
2
Weight will vary based on battery runtime and input volt options. 3 Micro Cabinet only available in 208/208V.
Triniti 4200 Series
Three-Phase UPS
††15, 25, 50 and 80kVA power ratings
††100% front access
††Internal maintenance bypass (except on 80kVA)
††"Active Front End" provides total power factor correction and utility
cost savings
††Internal batteries reduce footprint for easy installation
(expect on 80kVA)
Triniti 80kVA
Triniti 15kVA
Models
Triniti 15
Triniti 25
Triniti 50
Triniti 80
Output Power Rating:
Input Votage
(-15 to 10%; -30 if derated):
Output Voltage
(±2% Regulation Balanced Load):
Input Circuit Breaker @ 208V:
15kVA/12kW
25kVA/20kW
50kVA/40kW
80kVA/64kW
208/120 4 wire + gnd
208/480 3 wire + gnd
208/480 3 wire + gnd
208/480 3 wire + gnd
208/120 4 wire + gnd
208/120 4 wire + gnd
208/120 4 wire + gnd
208/120 4 wire + gnd
60A
90A
175A
300A
41.7A
69.4A
138A
222A
5.73
<60dBA
7.6
<60dBA
17.73
<65dBA
24.27
<65dBA
10 min
30 min
5 min
15 min
5 min
15 min
External Battery
Pack Options*
59.8 x 36.3 x 20 / 1518.9 x 929.6 x 508
900 / 408.2
59.8 x 36.3 x 20 / 1518.9 x 929.6 x 508
910 / 412.7
59.8 x 37.6 x 35.6 / 1518 x 955 x 904.2
2548 / 1115.8
74 x 31 x 44 / 1879.6 x 787.4 x 117.6
2450 / 1111.3
Output Current Per Phase
(@ 208/120V):
Typical Heat Output (KBTU/Hr):
Audible Noise (@ 1 Meter):
Internal Battery Runtime
Full Load @ 0.7 Power Factor:
Half Load @ 0.7 Power Factor:
Mechancical
Dimensions H x W x D (in/mm):
Weight (lb/kg):
Power Rating
Input Power Factor Corrections:
Input Harmonic Currents:
Input Frequency Range:
Load Crest Factor:
Overload Capacity Inverter:
Overload Capacity Bypass:
Neutral Conductor Size:
Load Inrush Current Protection:
Typical Efficiency AC/AC:
Output Frequency:
>0.95 PF (lagging)
<3% THD (typical)
60Hz, ±5%
≤3
125% for 90 sec, 150% for 30 sec
125% for 10 min, 1000% for 1 cycle
1.73 x conductor
Automatically transfers to bypass then retransfers to inverter
87%
60Hz, ±0.1%
Status and Control
AC Input Present:
Inverter Operating:
UPS on Bypass:
UPS on Battery:
Fault:
Input and Output Voltage:
Output Current Indicator:
Battery Voltage Indicator:
Optional Features:
Input and output frequency
Operating status menu
Diagnostic status menu
DB9 dry contact interface
RS232 communications
Emergency power off switch
Run/Stop key switch
Terminal block (input/output power connector)
Internal maintenance bypass (except on 80kVA)
External maintenance bypass, SNMP
Warranty
3 year parts and lablor, 2 years on batteries.
See warranty statement for further details, conditions and limitations.
*
4 to 64 min runtime options.
AC UPS Systems
91
EPS 7000
Three-Phase UPS
††High outout power factor (0.9 pƒ)
††Low kVAR input filter
††No leading power factor
††High energy efficiency
Input/Output Voltage:
Nominal Input Current:
Maximum Input Current:
Nominal Bypass Current:
UPS Output Current:
Input CB Trip/Frame Size:
Maintenance Bypass
Trip/Frame Size (A):
Maximum DC Current:
DC Breaker Trip/ Frame Size (A):
System Efficiency:
Full Load Heat Rejection (BTUs):
††Reduced footprint
††High power density
††Fault tolerant architecture
300kVA/260kW
400kVA/360kW
500kVA/450kW
300kVA/270kW
400kVA/360kW
500kVA/450kW
480/480V
371A
543A
361A
361A
1000/1200A
480/480V
508A
688A
481A
481A
1000/1200A
480/480V
656A
840A
601A
601A
1000/1200A
600/600V
322A
466A
289A
289A
1000/1200A
600/600V
441A
586A
385A
385A
1000/1200A
600/600V
569A
711A
481A
481A
1000/1200A
800/1200A
800/1200A
800/1200A
700/1200A
700/1200A
700/1200A
721
700/1200A
94%
59400
962
1000/1200A
94%
78100
1195
1200/1200A
93%
110750
721
700/1200A
94%
65000
962
1000/1200A
94%
86000
1195
1200/1200A
93%
112000
Standard Features
Input
IGBT/PWM inverter, Low kVAR solid state input filter, K-20 output transformer, Redundant fans,
Advanced battery management system, Detailed metering system, Fault current management circuitry,
Two stage input current limit, Serial and dry contact interface, Local and remote E.P.O circuit, High
capacity 100% rated static transfer switch
Voltage:
Frequency:
Power Factor:
THDI:
Reactive Current (kVAR):
Inrush Current:
Power Walk-in:
DC Rating
Nominal Voltage:
480VDC
Environmental
Acoustical Noise Level:
Operational Temperature:
Storage Temperature:
Humidity:
75dBA at 5ft
0 to 40°C / 32 to 104°F
-20 to 45°C / -4 to 113°F
0 to 90% non-condensing
Mechanical
Dimensions UPS Module (in/mm): 69 x 82 x 39 / 1752.6 x 2082.8 x 990.6
Weight (lb/kg):
6900 / 3129.8
Dimensions Maintenance
22.75 x 82 x 39 / 557.9 x 2082.8 x 990.6
Bypass Cabinet (in/mm):
Weight (lb/kg):
540 / 224.9
Dimensions Bottom Entry
14 x 82 x 39 / 355.6 x 2082.8 x 990.6
Cabinet (in/mm):
Weight (lb/kg):
190 / 86.2
Dimensions Transformer
44.75 x 82 x 39 / 1136.7 x 2082.8 x 990.6
Cabinet (in/mm):
Weight (lb/kg):
3600 / 1632.9
Options: input isolation transformer, output distribution, external maintenance bypass, bottom cable
entry, remote alaarm status panel, seismic anchors, battery monitoring, battery disconnect, SNMP/
Network management cord, critical bus synchronization module, graphical user interface with network
connection, continuous duty and momentary duty stataic switch cabinets (SSC)
92
AC UPS Systems
480 or 600VAC, ±10%, three-phase, 3 wire + ground
60H + 5%
0.9 lagging with filter
7% THDI at full load
<15% of nominal input current
Up to 600% nominal current for less than one cycle
0 to 100% over a 10 second period
Bypass Input
Voltage:
Frequency:
Must match rectifier input, ±10% UPS output voltage
(three-phase, 3/4 wire + ground)
60Hz (±0.25Hz up to 2Hz)
Output
Voltage:
Power Factor:
Frequency:
Voltage Regulation:
Voltage Recovery Time:
Voltage Distortion:
Inverter Overload:
Unbalanced Load:
480 or 600VAC, ±3%, three-phase, 3 or 4 wire + ground
0.9 at nominal kVA.up to unity at rated nominal kW
60Hz + 0.1% free running synchronized with bypass
(selectable in 0.25Hz increments)
±0.5% steady state
±1% of the steady state value within 1 cycle
2% L-L (4% L-N) THDI max
125% for 10 min, 150% for 1 min
Up to 100% 120° ±3% maximum angle displacement,
±3% maximum voltage deviation
Flextra Enclosures
Earthquake and Weather Resistant Enclosures
††Telcordia, seismic zone 4 approved NEMA 3R/IP22 outdoor
weather resistant enclosure
††Reliable backup power for critical equipment
††Pole, wall, ground or pedestal mount configurations
††Optional maintenance bypass feature
Z8 Enclosure
Flextra P Series
Models
Flextra Universal Mount Enclosures
Extended Standby
P4
P6
P8
24.75 x 30.25 x 16 / 629 x 768 x 406
57 / 26
4
36.75 x 24.25 x 14 / 933 x 615 x 355
68 / 31
6
36.88 x 30.25 x 16 / 768 x 406
121 / 55
8
U4
U6
U8
30.25 x 24.75 x 16 / 768 x 629 x 406
57 / 26
4
24.25 x 36.75 x 14 / 615 x 933 x 355
68 / 31
6
30.25 x 36.88 x 16 / 768 x 937 x 406
121 / 55
8
Mechanical
Dimensions H x W x D (in/mm):
Weight (lb/kg):
Battery Capacity:
Flextra U Series
Models
Flextra Ground/Pad Mount Enclosures
Mechanical
Dimensions H x W x D (in/mm):
Weight (lb/kg):
Battery Capacity:
Flextra Z Series
Models
Z4
W8
36 x 24 x 14 / 914 x 610 x 56
350 / 158
4
Powdercoat white over aluminum
37 x 31 x 16 / 956 x 788 x 407
812 / 368
6
Mechanical
Dimensions H x W x D (in/mm):
Weight (lb/kg)*:
Battery Capacity:
Finish:
Standard Features
Input/Output Surge Protection, Intelligent buck/boost operation for greater protection, Hot-swappable UPS and batteries, Noise suppression, FCC Class B, Multiple mounting configurations, Rugged outdoor weather
resistant construction, Lockable enclosure, NRTL/CSA/CE approved
8 Battery System also includes: Telcordia Zone 4 approved with Battery Retention Bar, Telcordia salt fog tested, 14 day operational, Telcordia approved Door Restraint
Flextra N Series
Models
N3
Dual N3
Enclosure Configurations
Configuration:
1 power module
1 bypass switch
1 battery string
1 power module
1 bypass switch
4 battery strings
Options
Battery Heater Mat (BHM), Manual Transfer Switch (MTS), Meter Head, Standby Generator, Propane Storage Cabinet, Remote Generator Interface Kit
*
Weight dependent upon internal battery choice.
AC UPS Systems
93
MMOE Enclosure
Telecom Outdoor Enclosure
††Compact enclosure design provides ideal fit for locations where aesthetics
and footprint are important
††Light-weight powdercoated aluminum construction offers superior corrosion
resistant properties
††Large sun shield reduces solar heat load inside cabinet
††180° stainless steel piano-hinged door (with two locking open positions)
make installation and maintenance easy and convenient
Mechanical
Dimensions H x W x D (in/mm):
Weight (lb/kg):
Construction:
Finish:
Equipment Space:
Cable Entrance:
27 x 22 x 18 / 687 x 559 x 457
60 / 27.2
High strength corrosion resistant aluminum
Powdercoated white color
5RU with one battery shelf
Bottom of enclosure: 1 x 3" diameter knock-out (2½" trade size), 4 x 1.125" diameter knock-out (¾" trade size)
Hardware
Hinge Type:
Door Prop:
Door Latch:
Stainless steel piano hinge
Aluminum rod, 2 locking open positions
Bellcore 216 compression lock with pad lock collar
HVAC Specifications
Cooling:
Door Installed Louvers:
Thermostat controlled 48VDC fan, 100 cfm or better, ON at 49°C / 120°F Off at 32°C / 89°F
Equipped with splash baffle
Environmental
Operating Temperature:
Storage Temperature:
-40 to 46°C / -40 to 114.8°F
-40 to 85°C / -40 to 185°F
Installation
Access:
Front hinged door provides full front access
Maintenance
Door Installed Louvers:
Equipped with splash baffle or washable filters
Enclosure Options
Mounting:
Pole, host, wall or pedestal (please specifiy of pole used is concrete at time of order)
System Specification (as shown)
• Battery shelf with 4x AlphaCell 195GXL-FT batteries
• FXM1100 UPS
• Pedestal mount kit
System Options:
• Alpha universal automatic transfer switch
• Alpha universal generator transfer switch
• AlphaGuard battery balancer
• Battery heater mats
• Transient voltage surge suppression device
Agency Compiance
CSA/UL:
Telcordia:
NEMA Rating:
94
AC UPS Systems
C22.2 No. 60950
GR-13-CORE
3R
INEX System
48V Modular Inverter System
††Versatile modular inverter system provides flexible power for
different applications
††Expandable capacity up to 18kVA with N+1 redundancy configuration
††"All master" dynamic mechanism eliminates single point failure to
optimize reliability
††Hot-swappable operation allows module addition or removal without
powering down
††High power density and high efficiency
Inverter Module
Controller Module
INEX inverter module provides pure sinewave AC power output for critical telecommunication
equipment. Adopting N+1 redundancy design, INEX Inverter can operate up to 24 units in parallel. INEX
inverter module is specially designed with compact size of maximized power density and can reach up
to 5.57W/inch3 for INEX 1000 and 8.36W/inch3 for INEX1500. 1RU height design
allows the module to be installed onto a standard ETSI 300mm Rack. INEX module provides the
revolutionary telecom power solution in terms of maximum flexibility and reliability.
• Pure sinewave
INEX controller module allows users to monitor the system status in real time. The superior design
enables users to manage the inverter and STS module status including voltage, current, frequency,
capacity and temperature. With a user-friendly interface design, users can easily manage the inverter
and STS module settings including voltage, frequency, redundancy (for inverter module), and priority
(STS module). The controller module can also record the alarm history which can help to understand
the operating status while maintaining the system or making further adjustments to improve
system performance.
• CAN Bus protocol for module communication
• Hot-swap replacement in shelf
• High efficiency >89%
• Relay contact output for customized alarms
• DSP design for higher system reliability
• Hot-swappable design
• Lower audible noise <55dBA
• Real time clock embedded
• Smart fan speed control
• Comprehensive LCD & LED for status display
• Audible alarm function
• N+1 redundancy system, load sharing difference < 5%
INV-4810E
• High power density
Communication Interface
• Emergency Power Off function embedded
The communication interface includes several options for wider applications which facilitates the
remote managing to the system. The standard ports include relay contacts, RS-232, RS-485, USB.
Relay contacts provide five programmable settings to display customized information. RS-232 & USB
ports provide the serial connection to PC for software monitoring. RS-485 provides long distance
connection for direct monitoring. The optional SNMP offers remote monitoring capability using a
browser interface. The communication interface provides powerful monitoring and managing
solutions to the system manager.
• Relay contacts
• CAN Bus interface embedded
•-48VDC Telecom system application
• Wide operation temperature range, -20 to 70˚C / -4 to 158˚F
STS Module
INEX STS (Static Transfer Switch) module increases system reliability by automatic power transfer
between the inverter output and the AC mains. By setting up the priority of operation mode, users can
change the system status of “online mode” or “off line mode”. The online mode will keep the input
power provided by inverter line and when inverter fails, the line will switch to AC utility line. In off line
mode, the system power is always connected to the AC utility line and will switch to inverter power
line when AC utility fails. The transfer time is less than 1/4 cycle which prevents the power interruption.
The reliable performance of INEX STS module will provide the maximum protection to the connected
telecommunication equipment against possible damage caused by the system power failure.
• Universal input range
• Hot-swap replacement in shelf
• Back-feed protection
• Redundant fan design
• Redundant power supply design
STS-050
• RS-232
• RS-485
• SNMP (Optional)
• USB
Telecom Power Monitoring Software
TelecomPower is a monitoring software which supports either stand alone computer or network
connected computers.
• Monitoring to each module in the inverter system in real time
• Provides panoramic view of all the related information of
utility power, system status, STS status
• Operation Priority Setup of transfer side by setting in
Control Module
• Auto search function with any inverter power modules in LAN
• Fast transfer time, typically less than 1/4 cycle
• Install and uninstall is easy and clear
• Password security protection
• Wide operation temperature range, -20 to 70˚C / -4 to 158˚F
• Lower audible noise <55dBA
• Emergency Power Off function embedded
• No-cross connect
• Optional maintenance bypass switch function
• CAN Bus interface embedded
AC UPS Systems
95
m e m b e r s
o f
t h e
a l p h a
g r o u p
Alpha Technologies Inc.
Alpha Technologies Ltd.
Alpha Industrial Power Inc.
Alpha Technologies GmbH
Alpha Innovations Brazil
3767 Alpha Way
Bellingham WA 98226
United States
7700 Riverfront Gate
Burnaby BC V5J 5M4
Canada
1075 Satellite Blvd NW Suite 400
Suwanee GA 30024
United States
Hansastrasse 8
D 91126 Schwabach
Germany
Tel: +1 360 647 2360
Fax: +1 360 671 4936
Tel: +1 604 436 5900
Fax: +1 604 432 1233
Tel: +1 678 475 3995
Fax: +1 678 584 9259
Tel: +49 9122 79889 0
Fax: +49 9122 79889 21
Rua Alvares Cabral, 338
Vila Conceicao
09981-030 Diadema Sp
Brazil
OutBack Power
Alpha Energy
Alpha Technologies Europe Ltd.
AlphaTec Ltd.
AlphaTEK ooo
17825 59th Ave NE, Suite B
Arlington WA 98223
USA
17825 59th Ave NE, Suite B
Arlington WA 98223
USA
Tel: 360 435 6030
Fax: 360 435 6019
Tel: 360 435 6030
Fax: 360 435 6019
Twyford House Thorley
Bishop’s Stortford
Hertfordshire, CM22 7PA
United Kingdom
339 Saint Andrews Street
Andrea Chambers Office 101-102
P.O. Box 56468
3307 Limassol, Cyprus
Khokhlovskiy Pereulok 16
Stroenie 1, Office 403
Moscow, 109028
Russia
Tel: +44 1279 501110
Fax: +44 1279 659870
Tel: +357 25 375675
Fax: +357 25 359595
Tel: +7 495 916 1854
Fax: +7 495 916 1349
Alpha Technologies
Altair Advanced Industries, Inc.
Suite 1903, Tower 1,
China Hong Kong City
33 Canton Road, Kowloon
Hong Kong
1075 Satellite Blvd NW Suite 400
Suwanee GA 30024
United States
Tel: +852 2736 8663
Fax: +852 2199 7988
Tel: +55 11 24760150
Tel: +1 678 475 3995
Fax: +1 678 584 9259
Due to continuing product development, Alpha reserves the right to change specifications without notice.
Copyright © 2014 Alpha Technologies Inc. All Rights Reserved. Alpha is a registered trademark of Alpha Technologies. (05/2016)
www.alpha.com
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