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With growing demand for power supply to distribution cabinets, manufacturers of power distribution units should offer a very wide
range of products in order to meet the growing requirements of the market.
Innovative solutions, development of products providing modern power supply to server rooms and continuous expansion of the offer
are the means of BKT Elektronik to meet all the needs of our Customers.
Power distribution units from our offer have numerous applications in information technology and telecommunications.
They were designed for small hanging cabinets, as well as for standing 19” distribution cabinets.
You can now choose the right model thanks to our rich and diverse offer of input connectors, outlets, control and protection modules
used in 19” power distribution units.
We expanded our offer concerning server rooms, adding three-phase power distribution units, whose modular and multifunctional
structure has enabled us to sell ready-to-use products from our offer, as well as to create one- or three-phase distribution units with
current-carrying capacity of 32 A with a Customer to fulfill particular requirements of Investors.
Building a power distribution unit from scratch, we can adopt the existing electric infrastructure, adjust the number and type of outlets
for particular devices and add protection units and ammeters in configuration that is in line with the current requirements of Data
Center market.
As part of automation systems for a Data Center, we offer hardware solutions allowing you to monitor environmental conditions of
telecommunications cabinets and server rooms, as well as access control systems for cabinets and server kiosks, and the System
Manager SM4DC software for IT infrastructure visualiation and management.
Contents
19” Power Distribution Units
1-4
Vertical (0U) Power Distribution Units
Single-phase Vertical Power Distribution Units
Three-phase Vertical Power Distribution Unit
5-6
5
6
Power Cables
7
Functionality of monitoring and control power distribution units
8
Monitoring and Management Power Distribution Unit
Management IP-PDU
Management PCDS Units
9-17
9-13
14-17
Monitoring and control power distribution units
Management IPD 1000
NPM V - Network Power Manager
18-29
18-21
22-29
Universal modules for monitoring
BKT IP-PDU universal module for monitoring
BKT NPM-V Universal modules for monitoring
30-34
30-31
32-34
Automatic Transfer Switch
ATS-Automatic Transfer Switch
35-37
35-37
Enviroment Monitoring System Conditions
EMS-Environment Monitoring System
EC335 4DC Environmental Condition Controller
38-45
38-42
43-45
Access Control System
Control of access to telecommunications cabinets and kiosks
46
46
System Manager for Data Center
System Manager for Data Center SM4DC
47
47
19” Power Distribution Units
Power Distribution Units offered by BKT Elektronik has been specially designed for 19” distribution cabinets. Their modular, multifunctional structure will meet the needs of
every Customer. You can choose between many standards of input connectors, outlets, and control and protection modules. Their casing is made of white aluminum. PDUs are
panel-mounted in 19” standard.
19” PDUs with NF C61-314 Outlets
19” PDUs with NF C61-314 Outlets
Index
1134L010.05-1
Index
1134L030.09-1
Input Connector
DIN 49441 (unischuko) 16A/250V
Input Connector
DIN 49441 (unischuko) 16A/250V
Cable
1,8 m H05VV-F 3 x 1,5 mm²
Cable
2,3 m H05VV-F 3 x 1,5 mm²
Outlets
5 x NF C61-314 (PL, FR Standard) 16A/250V
Outlets
9 x NF C 61-314 (PL, FR Standard) 16A/250V
Additional Elements
Lighted switch
Additional Elements
LED indicator
Maximum Current-load
10A (2500W)
Maximum Current-load
16A (3680W)
Size L x W x H [mm]
482.6 x 44.4 x 44.4
Size L x W x H [mm]
482.6 x 44.4 x 44.4
Casing
1U, 19”, black plastic, fixed holders
Casing
1U, 19”, anodized aluminum, fixed holders
19” PDUs with NF C61-314 Outlets
19” PDUs with NF C61-314 Outlets
Index
1134L010.09-1
Index
1134L230.09-1
Input Connector
DIN 49441 (unischuko) 16A/250V
Input Connector
IEC320 C14 10A/250V
Cable
2,3 m H05VV-F 3 x 1,5 mm²
Cable
2,3 m H05VV-F3 x 1,5mm²
Outlets
9 x NF C 61-314 (PL, FR Standard) 16A/250V
Outlets
9 x NF C61-314 (PL, FR Standard)
Additional Elements
Lighted switch with a cover
Additional Elements
LED indicator
Maximum Current-load
16A (3680W)
Maximum Current-load
10A (2300W)
Size L x W x H [mm]
482.6 x 44.4 x 44.4
Size L x W x H [mm]
482.6 x 44.4 x 44.4
Casing
1U, 19”, anodized aluminum, fixed holder
Casing
1U, 19”, anodized aluminum, fixed holders
19” PDUs with NF C61-314 Outlets
19” PDUs with NF C61-314 Outlets
Index
1134L012.07-1
Index
1134L016.06-1
Input Connector
DIN 49441 (unischuko) 16A/250V
Input Connector
DIN 49441 (unischuko) 16A/250V
Cable
2,5 m H05VV-F 3 x 1,5 mm²
Cable
2,5 m H05VV-F 3 x 1,5 mm²
Outlets
7 x NF C61-314 (PL, FR Standard) 16A/250V
Outlets
6 x NF C61-314 (PL, FR Standard) 16A/250V
Additional Elements
Lighted switch with a cover
Additional Elements
Lighted switch with a cover
Additional Elements
LED indicator
Un: 250 V~ 50/60 Hz IL: 16A
Uc: 320V~
In (8/20 µS): 3 kA
Surge Protection with
a Filter
3 x LED indicator
UN: 250V ~ 50/60Hz IL: 16A
Uc: 320V ~
In (8/20) µs: 5kA
Maximum Current-load
16A (3680W)
Maximum Current-load
16A (3680W)
Size L x W x H [mm]
482.6 x 44.4 x 44.4
Size L x W x H [mm]
482.6 x 44.4 x 44.4
Casing
1U, 19”, anodized aluminum, fixed holders
Casing
1U, 19”, anodized aluminum, fixed holders
1
Imax (8/20)
Mp: L-N, L-PE, N-PE
Imax (8/20) µs: 10kA
Up: <1 kV tA: < 25 ns
EN type: T3
19” Power Distribution Units
19” PDUs with NF C61-314 Outlets
19” PDUs with DIN 49440 Outlets
Index
1134L630.09-1
Index
1134L030.09-0
Input Connector
IEC320 C20 16A/250V
Input Connector
DIN 49441 (unischuko) 16A/250V
Cable
2,5 m H05VV-F3 x 1,5mm²
Cable
2,5 m H05VV-F 3 x 1,5 mm²
Outlets
9 x NF C61-314 (PL, FR Standard) 16A/250V
Outlets
9 x DIN 49440 (schuko) 16A/250V
Additional Elements
LED indicator
Additional Elements
LED indicator
Maximum Current-load
16A (3680W)
Maximum Current-load
16A (3680W)
Size L x W x H [mm]
482.6 x 44.4 x 44.4
Size L x W x H [mm]
482.6 x 44.4 x 44.4
Casing
1U, 19”, anodized aluminum, fixed holders
Casing
1U, 19” , anodized aluminum, fixed holders
19” PDUs with DIN 49440 Outlets
19” PDUs with DIN 49440 Outlets
Index
1134L010.09-0
Index
1134L210.09-0
Input Connector
DIN 49441 (unischuko) 16A/250V
Input Connector
IEC320 C14 10A/250V
Cable
2,5 m H05VV-F 3 x 1,5 mm²
Cable
2,3 m H05VV-F 3 x 1,5 mm²
Outlets
9 x DIN 49440 (schuko) 16A/250V
Outlets
9 x DIN 49440 (schuko) 16A/250V
Additional Elements
Lighted switch with a cover
Additional Elements
Lighted switch with a cover
Maximum Current-load
16A (4000W)
Maximum Current-load
10A (2300W)
Size L x W x H [mm]
482.6 x 44.4 x 44.4
Size L x W x H [mm]
482.6 x 44.4 x 44.4
Casing
1U, 19”, anodized aluminum, fixed holders
Casing
1U, 19”, anodized aluminum, fixed holders
19” PDUs with DIN 49440 Outlets
19” PDUs with DIN 49440 Outlets
Index
1134L012.07-0
Index
1134L016.06-0
Input Connector
DIN 49441 (unischuko) 16A/250V
Input Connector
DIN 49441 (unischuko) 16A/250V
Cable
2,5 m H05VV-F 3 x 1,5 mm²
Cable
2,3 m H05VV-F 3 x 1,5 mm²
Outlets
7 x DIN 49440 (schuko) 16A/250V
Outlets
6 x DIN 49440 (schuko) 16A/250V
Additional Elements
Lighted switch with a cover
Additional Elements
Lighted switch with a cover
Surge Protection
LED indicator
UN: 250V ~ 50/60Hz IL: 16A
Uc: 320V ~
In (8/20)µs: 3kA
Imax (8/20) µs: 5kA
Surge Protection
3 x LED indicator
UN: 250V ~ 50/60Hz IL: 16 A
Uc: 320V ~
In (8/20) µs: 5kA
Imax (8/20) µs: 10kA
Maximum Current-load
16A (3680W)
Maximum Current-load
16A (3680W)
Size L x W x H [mm]
482.6 x 44.4 x 44.4
Size L x W x H [mm]
482.6 x 44.4 x 44.4
Casing
1U, 19” , anodized aluminum, fixed holders
Casing
1U, 19” , anodized aluminum, fixed holders
Uoc: 4 kV
Up: <1 kV tA: < 25 ns
EN type: T3
Mp: L-N L-PE N-PE
Up: <1 kV tA: < 25 ns
EN type: T3
2
19” Power Distribution Units
19” PDUs with IEC320 C13 Outlets
19” PDUs with IEC320 C13 Outlets
Index
1134L010.08-2
Index
1134L230.09-2
Input Connector
DIN 49441 (unischuko) 16A/250V
Input Connector
IEC320 C14 10A/250V
Cable
2,5 m H05VV-F 3 x 1,5 mm²
Cable
2,3 m H05VV-F 3 x 1,5 mm²
Outlets
8 x IEC320 C13 10A/250V
Outlets
9 x IEC320 C13 10A/250V
Additional Elements
Lighted switch
Additional Elements
LED indicator
Maximum Current-load
10A (2300W)
Maximum Current-load
10A (2300W)
Size L x W x H [mm]
482.6 x 44.4 x 62
Size L x W x H [mm]
482.6 x 44.4 x 60
Casing
1U, 19” , anodized aluminum, fixed holders
Casing
1U, 19” , anodized aluminum, fixed holders
19” PDUs with IEC320 C13 Outlets
19” PDUs with IEC320 C13 Outlets
Index
11341004.08-2,08-2
Index
11341704.08-2,06-6
Input Connector
DIN 49441 (unischuko) 16A/250V
Input Connector
IEC 60309 16A/250V
Cable
3 m H05VV-F 3 x 1,5 mm²
Cable
3 m H05VV-F 3 x 2,5 mm²
Outlets
Front 8 x IEC320 C13/10A, back 8 x IEC320 C13 10A/250 V
Outlets
Front 8 x IEC320 C13/10A, back 6 x IEC320 C19 16A/250V
Additional Elements
Ammeter with an overload sound alarm
Additional Elements
Ammeter with an overload sound alarm
Maximum Current-load
16A (3680W)
Maximum Current-load
16A (3680W)
Size L x W x H [mm]
482.6 x 116 x 44,4
Size L x W x H [mm]
482.6 x 116 x 44,4
Casing
1U, 19”, black aluminum, fixed holders
Casing
1U, 19”, black aluminum, fixed holders
19” PDUs with IEC320 C13 Outlets
19” PDUs with IEC320 C13 Outlets
Index
11341804.08-2,06-6
Index
11341704.04-2,06-6
Input Connector
IEC 60309 32A/250V
Input Connector
IEC 60309 16A/250V
Cable
3 m H05VV-F 3 x 6.0 mm²
Cable
3 m H05VV-F 3 x 2,5 mm²
Outlets
Front 8 x IEC320 C13/10A, back 6 x IEC320 C19 16A/250V
Outlets
Front 4 x IEC320 C13/10A, back 6 x IEC320 C19 16A/250V
Additional Elements
Ammeter with an overload sound alarm
Additional Elements
Ammeter with an overload sound alarm
Maximum Current-load
32A (7360W)
Maximum Current-load
16A (3680W)
Size L x W x H [mm]
482.6 x 116 x 44,4
Size L x W x H [mm]
482.6 x 116 x 44,4
Casing
1U, 19”, black aluminum, fixed holders
Casing
1U, 19”, black aluminum, fixed holders
Available 19” PDU models with IEC320 C13 outlets, without the ammeter
Model
Input Connector
Outlets
Index
BKT 19" Power Distribution Unit DIN49441(unischuko) front 8xIEC320 C13 back 8xIEC320 C13 11341000.08-2,08-2
BKT 19" Power Distribution Unit IEC 60309 16A/250V
front 8xIEC320 C13 back 6xIEC320 C19 11341700.08-2,06-6
BKT 19" Power Distribution Unit
IEC 60309 32A/250V
front 8xIEC320 C13 back 6xIEC320 C19 11341800.08-2,06-6
BKT 19" Power Distribution Unit
IEC 60309 16A/250V
front 4xIEC320 C13 back 6xIEC320 C19 11341700.04-2,06-6
3
19” Power Distribution Units
19” PDUs with IEC320 C19 Outlets
19” PDUs with IEC320 C19 Outlets
Index
11341704.08-2,06-6
Index
11341804.08-2,06-6
Input Connector
IEC 60309 16A/250V
Input Connector
IEC 60309 32A/250V
Cable
3 m H05VV-F 3 x 2,5 mm²
Cable
3 m H05VV-F 3 x 6.0 mm²
Outlets
Front 8 x IEC320 C13/10A, back 6 x IEC320 C19 16A/250V
Outlets
Front 8 x IEC320 C13/10A, back 6 x IEC320 C19 16A/250V
Additional Elements
Ammeter with an overload sound alarm
Additional Elements
Ammeter with an overload sound alarm
Maximum Current-load
16A (3680W)
Maximum Current-load
32A (7360W)
Size L x W x H [mm]
482.6 x 116 x 44,4
Size L x W x H [mm]
482.6 x 116 x 44,4
Casing
1U, 19”, black aluminum, fixed holders
Casing
1U, 19”, black aluminum, fixed holders
19” PDUs with IEC320 C19 Outlets
Index
11341704.04-2,06-6
Input Connector
IEC 60309 16A/250V
Cable
3 m H05VV-F 3 x 2,5 mm²
Outlets
Front 4 x IEC320 C13/10A, back 6 x IEC320 C19 16A/250V
Additional Elements
Ammeter with an overload sound alarm
Maximum Current-load
16A (3680W)
Size L x W x H [mm]
482.6 x 116 x 44,4
Casing
1U, 19”, black aluminum, fixed holders
Available 19” PDU models with IEC320 C19 outlets, without the ammeter
Model
Input Connector
Outlets
Index
BKT 19" Power Distribution Unit IEC 60309 16A/250V
Front 8xIEC320 C13; back 6xIEC320 C19 11341700.08-2,06-6
BKT 19" Power Distribution Unit IEC 60309 16A/250V
Front 8xIEC320 C13; back 6xIEC320 C19 11341800.08-2,06-6
BKT 19" Power Distribution Unit IEC 60309 16A/250V
Front 4xIEC320 C13; back 6xIEC320 C19 11341700.04-2,06-6
4
Vertical (0U) Power Distribution Units
Single-phase Vertical Power Distribution Units
Index
11340040
Input Connector
DIN49441 (unischuko) 16A/250V
Cable
2,5 m H05VV-F 3 x 1,5 mm²
Outlets
12 x NF C61-314 (PL, FR Standard) 16A/250V
Additional Elements
LED indicator
Maximum Current-load
16A (3600W)
Size L x W x H [mm]
676 x 68 x 44.4
Casing
0U, anodized aluminum, fixed holders
Index
11340844.24-2
Input Connector
IEC 60309 32A/250V
Cable
3 m H05VV-F 3 x 6.0 mm²
Outlets
24 x IEC320 C13 10A/250V
Additional Elements
Ammeter with an overload sound alarm 2 automatic circuit
breakers with LED indicator
Maximum Current-load
32A (7360W)
Size L x W x H [mm]
1182 x 68 x 44.4
Casing
0U, anodized aluminum, fixed holders
Index
11341630.20-3,04-6
Input Connector
IEC 60320 C20 16A/250V
Cable
3 m H05VV-F 3 x 2.5 mm²
Outlets
20 x IEC320 C13 10A/250V + 4 x IEC320/C19 16A/250V
Additional Elements
LED indicator
Maximum Current-load
16A (3600W)
Size L x W x H [mm]
1042 x 68 x 44.4
Casing
0U, anodized aluminum, fixed holders
Index
11341730.24-1
Input Connector
IEC 60309 16A/250V
Cable
3 m H05VV-F 3 x 2.5 mm²
Outlets
24 x NF C61-314 16A/250V
Additional Elements
LED indicator
Maximum Current-load
16A (3680W)
Size L x W x H [mm]
1172,5 x 68 x 44.4
Casing
0U, anodized aluminum, fixed holders
Index
11341010.18-1
Input Connector
DIN 49441 16A/250V
Cable
3 m H05VV-F 3 x 1.5 mm²
Outlets
18 x NF C61-314 16A/250V
Additional Elements
Illuminated switch
Maximum Current-load
16A (3680W)
Size L x W x H [mm]
925 x 44.4 x 44.4
Casing
0U, anodized aluminum, fixed holders
Index
11341060.12-2,02-6
Input Connector
DIN 49441 16A/250V
Cable
3 m H05VV-F 3 x 1.5 mm²
Outlets
12 x IEC320 C13 10A/250V
2 x IEC320 C19 16A/250V
Additional Elements
Over-current circuit breaker
Maximum Current-load
16A (3680W)
Size L x W x H [mm]
779 x 44.4 x 44.4
Casing
0U, anodized aluminum, fixed holders
5
Vertical (0U) Power Distribution Units
Three-phase Vertical Power Distribution Units
Index
11341B30.21-2,03-6
Input Connector
IEC 60309 32A/400V
Cable
3 m H05VV 5 x 6.0 mm²
Outlets
21 x IEC320 C13/10A, 250V, 3 x IEC320 C19 16A/250V
Additional Elements
3 x LED indicator
Maximum Current-load
3 x 32A (3 x 7360W)
Size L x W x H [mm]
1078 x 68 x 44.4
Casing
0U, black aluminum, adjustable holders
Index
11342B03.24-0
Input Connector
IEC 60309 32A/400V
Cable
3 m H05VV 5 x 6.0 mm²
Outlets
24 x DIN49440 (schuko) 16A/250V
Additional Elements
over-current circuit breaker
Maximum Current-load
3 x 32A (3 x 7360W)
Size L x W x H [mm]
1545 x 68 x 44.4
Casing
0U, black aluminum, adjustable holders
Index
11342B60.24-6
Input Connector
IEC 60309 32A/400V
Cable
3 m H05VV 5 x 6.0 mm²
Outlets
24 x IEC320 C19 16A/250V
Additional Elements
3 over-current circuit breakers
Maximum Current-load
3 x 32A (3 x 7360W)
Size L x W x H [mm]
1823 x 68 x 44.4
Casing
0U, black aluminum, adjustable holders
Index
11341B30.24-1
Input Connector
IEC 60309 32A/400V
Cable
3 m H05VV 5 x 6.0 mm²
Outlets
24 x NF C61-314 (standard PL, FR) 16A/250V
Additional Elements
3 x LED indicator
Maximum Current-load
3 x 32A (3 x 7360W)
Size L x W x H [mm]
1257 x 68 x 44.4
Casing
0U, black aluminum, adjustable holders
Index
11341B65.18-2,06-6
Input Connector
IEC 60309 32A/400V
Cable
3 m H05VV 5 x 6.0 mm²
Outlets
18 x IEC320 C13 10A/250V + 6 x IEC320 C19 16A/250V
Additional Elements
3 phase ammeter
3 over-current circuit breakers
Maximum Current-load
3 x 32A (3 x 7360W)
Size L x W x H [mm]
1611 x 68 x 44.4
Casing
0U, black aluminum, adjustable holders
Index
11341B65.24-0
Input Connector
IEC 60309 32A/400V
Cable
3 m H05VV 5 x 6.0 mm²
Outlets
24 x DIN49440 (schuko) 16A/250V
Additional Elements
3 ammeter
3 phase ammeter
Maximum Current-load
3 x 32A (3 x 7360W)
Size L x W x H [mm]
1880 x 68 x 44.4
Casing
0U, black aluminum, adjustable holders
Index
11342A00.18-1
Input Connector
IEC 60309 32A/400V
Cable
3 m H05VV 5 x 2.5 mm²
Outlets
18 x NF C61-314 16A/250V
Additional Elements
none
Maximum Current-load
3 x 16A (3 x 3680W)
Size L x W x H [mm]
953 x 68 x 44.4
Casing
0U, black aluminum, adjustable holders
6
Power cables
Power cables
General-use power cables designed to supply low power receivers such as computers, servers, network devices working in offices, households and server rooms with IEC320
C13 and IEC320 C19 sockets, and IEC320 C14, IEC 320 C20 and DIN 49441 plugs.
Colour power cables ensure easier power distribution in a server cabinet, in particular a three phase power supply. Furthermore, they increase safety of supported equipment
when reconfiguring the power supply. They also facilitate power cabling management, protect the devices from unintentional disconnection which may occur when using
power cables of the same colour.
With power cables of different colours, the administrator is able to safely mark connections for new equipment or devices in a test phase.
Available models
Rated
voltage
Test
voltage
300V/500V
2000V
300V/500V
2000V
300V/500V
2000V
Socket
IEC320 C13 10A/250V
IEC320 C19 16A/250V
IEC320 C13 10A/250V
IEC320 C19 16A/250V
300V/500V
11402797.X
Yellow
11401785.X
Yellow
11401797.X
Blue
11403785.X
Blue
11403797.X
Black
11480784.X
Black
11480785.X
Black
11480796.3
Black
11480797.X
IEC320 C14 10A/250V
IEC320 C20 16A/250V
IEC320 C14 10A/250V
IEC320 C20 16A/250V
DIN 49441 16A/250V
IEC320 C14 10A/250V
DIN 49441 16A/250V
2000V
IEC320 C19 16A/250V
300V/500V
Red
IEC320 C20 16A/250V
2000V
IEC320 C19 16A/250V
300V/500V
11402785.X
2000V
IEC320 C13 10A/250V
300V/500V
Red
2000V
IEC320 C13 10A/250V
300V/500V
Index
2000V
IEC320 C19 16A/250V
300V/500V
Color
IEC320 C14 10A/250V
2000V
IEC320 C13 10A/250V
300V/500V
Plug
IEC320 C20 16A/250V
2000V
11480797.X cable length (m)
*Available color cable lengths: 2m, 3m
**Available lengths of black cables: 2m, 3m, 5m (exception 11480796.3 - 3m)
7
Functionality of monitoring and control power distribution units
A list of selected functions of the monitoring and control power distribution units
Properties
Functionality
Mounting method
IPD1000
A 19"
A,V
Monitoring of the entire unit
General
IP-PDU
A
Vertical
(0U)
PGDS
A
Vertical
(0U)
A, V, kW, kWh,
PF, kVA, Hz
A, V
Socket monitoring
A
A
A
Socket activation
/deactivation
A
A
A
Input power supply:
One-phase 250V
/ Three-phase 400V
A
One-phase
250V
A
A
Available sockets
at the output
A
IEC C13
DIN 49440
NF C61-314
NPM-V
19",AVertical (0U)
A, V, kW, kWh, PF
IP-PDU universal
power supply
monitoring module
NPM-V universal
power supply
monitoring module
A
Vertical (0U)
A
Vertical (0U)
A, V, kW, kWh, PF,
kVA, Hz
A, V, kW, kWh, PF
A kW, kWh
A,
Group socket activation
/deactivation
Socket activation delay
Control
AIEC C13
IEC C19
DIN 49440
NF C61-314
Display: LED, LCD
A LED
A LCD
A LCD
Web interface
A
A
A
Chain connection
- concatenation (Master/Slave)
Communication
AIEC C13
IEC C19
DIN 49440
NF C61-314
A
max 5
1xMaster + 4xSlave
max 10
1xMaster + 9xSlave
A
Environmental module**
Sensor ports
Door opening - 2 ports
Smoke - 1 port
Water - 1 port
A
Communication: LAN, WiFi
A LAN
A LAN
A LAN
Alarms and alarm thresholds
A
A
A
A
A
1 port
A
A
Version 19": IEC C13 & IEC C19
Version 0U: IEC C13 & IEC C19
DIN 49440, NF C61-314
LCD: Vertical version (0U)
A
LED: Version 19"
A
Environmental module*
Sensor port
Temperature/humidity
1 port
A
A
A
A
A
A IEC 60309
AIEC 60309
A
A
LCD
A
max 10
1xMaster + 9xSlave
2 ports
A
max 5
1xMaster + 4xSlave
A
2 ports
A
LCD
A
max 10
1xMaster + 9xSlave
A
1 port
A
2 ports
A
smoke sensor – 1 port
water sensor - 1 port
LAN
A
A
A
A
A
Alarm logs
Alarm logs - records
HTTP, HTTPS
HTTP
HTTP
HTTP
HTTP
SMTP
SNMP V1, V2c, V3
A V1
A V1
A V1
A Telnet
A Telnet
A
V1
DHCP
Network/
administration
ModBus RTU
Command line: Telnet, SSH
A
ATelnet
A
Additional authorisation:
RADIUS
Syslog remote server
Time server: NTP
User management
(access rights)
* standard equipment
** optional equipment
8
Monitoring and Management Power Distribution Unit
Management IP-PDU
PDUs offered by BKT Elektronik have been extended and now can monitor basic parameters, such as supply voltage [V], total current-load of a unit [A], total power [kW], total
energy consumption [kWh]. This has created a new set of products: IP-PDU (IP - Power Distribution Unit).
IP-PDUs are widely applicable in information technology and telecommunications. They have been designed to be used in small hanging cabinets, as well as in 19” standing
distribution cabinets.
The IP-PDUs have been fitted with a new generation hot-swappable measuring module with a built-in LCD display. It displays information on supply voltage [V], current [A],
power [kW] and energy consumption [kWh].
SNMP and MODBUS RTU protocols allow complete integration of IP-PDU with external management software.
Features:
ź Input voltage 250 VAC or 400 VAC with connector IEC 60309 16A, IEC 60309 32A
ź Output voltage 250 V
ź Possible use of outlets: IEC320 C13, IEC320 C19, DIN49440, NF C61-314
ź Can operate in Master/Slave system (max: 5)
ź Vertical mounting
ź Remote monitoring of IP-PDU’s parameters over Ethernet
ź Sending alarm information to defined e-mail addresses
ź Hot-swappable LCD display
ź Internal built-in alarm (buzzer)
ź Connection with the IP-PDU through www interface and SNMP(V1) and MODBUS RTU protocols
ź Size of the vertical IP-PDU: (0U) LxWxH [mm]: X x 44.4 x 68
9
Monitoring and Management Power Distribution Unit
Management IP-PDU
Web interface
IP-PDU can be monitored through Web interface with most of the available web browsers. This enables the User to manage, monitor and control the state of devices
connected to the unit using not only a computer, but even a mobile devices.
It allows:
ź Verification of supply voltage of IP-PDU [V]
ź Current total current-load [A]
ź Total energy consumption [kWh]
ź Total power of IP-PDU [kW]
ź Setting up alarm threshold for supply voltage [V]
ź Setting up alarm threshold for total current-load of IP-PDU [A]
ź Software upgrade
It includes:
ź Current status of the system
ź Master/Slave work model config
ź Ethernet settings
ź SNMP settings
ź SMTP settings
ź E-mails and user accounts settings
Monitoring
IP-PDUs monitor the following parameters:
Settings
IP-PDUs allow the setup of the following parameters:
ź total current-load of the IP-PDU [A]
ź total current-load of the IP-PDU [A]
ź work model: Master/Slave
ź ethernet interface (IP address, gate, mask, DNS)
ź SNMP interface
ź HTTP interface
ź SMTP parameters
ź E-mail addresses
ź user accounts
ź supply voltage [V]
ź total energy consumption [kWh]
ź total power of the IP-PDU [kW]
ź power factor PF
ź apparent power [VA]
ź frequencies [Hz]
ź temperature / humidity
ź system state
ź active alarms
10
Monitoring and Management Power Distribution Unit
Management IP-PDU
Control and communication
IP-PDUs have been fitted with a replaceable module with a built-in LCD allowing a communication between users
and the IP-PDU.
ź LCD display can show supply voltage [V], total current-load of the IP-PDU [A],
total power [kW], total energy consumption [kWh]
ź Web interface available through Internet Explorer web browser
ź Network – Ethernet 10/100 Mbit/s
ź IP-PDU connection with external applications and devices through SNMP (V1) and MODBUS RTU
protocols
Alarms
IP-PDUs allow monitoring of and alarming about parameters that have significant influence
on proper operation of devices connected to the IP-PDU.
ź IP-PDU alarms about:
ź Min and max total current-load [A]
ź Min and max supply voltage [V]
Ways and alarming
IP-PDUs offer several ways of notifying the User about a current alarm, which includes:
ź Internal built-in alarm (buzzer)
ź Displaying alarm information on LCD display
ź Alarm at external port – RJ11 socket, NO-NC contact for connecting external alarming devices, such as sound or visual alarm
ź Alarm notification over the Web interface
ź Sending alarm information to e-mail address
ź Sending SNMP Traps
System structure
IP-PDUs can be cascade-connected in a chain of up to 4 devices that use a single IP address.
Available slot models
IEC320 C13 10A/250V
11
IEC320 C19 16A/250V
DIN 49440 16A/250V
NF C61-314 16A/250V
Monitoring and Management Power Distribution Unit
Management IP-PDU
Functionality table of the IP-PDU
Functions
Description
Total current load of the unit [A]
Unit supply voltage [V]
Total power consumption [kWh]
Total input power for the entire unit [kW]
Monitoring
Apparent power [VA]*
Frequency [Hz]*
Power factor [PF]*
Sensor: temperature/humidity
Socket activation/deactivation
No
Socket group activation/deactivation
No
Control
Power meter for the entire unit [kWh] (reset function)
Unit supply voltage [V] [min/max]
Total current load of the unit [A]
Unit operation mode: Master/Slave
Ethernet TCP/IP v4 interface
Configuration
SMTP, SNMP, HTTP, Telnet interface
User/administrator accounts and rights
Temperature/humidity range
Web (HTTP) interface accessed through IE, OPERA, CHROME,
FIREFOX browsers
Communication
Ethernet TCP/IP v4
SNMP (V1) protocol, ModBus (ModBus version available
on the request)
Supported sensors
Temperature/humidity
Concatenation
Up to 5 units can be connected in Master/Slave configuration
System
alarms
Total current load of the unit [A]
Unit supply voltage [V]
Temperature/humidity [min/max]
Alarms
Alarm
threshold
definition
Total current load [A]
Alarm
methods
Alarm information displayed on LCD
Supply voltage [V] [min/max]
Humidity
Built-in internal alarm (buzzer)
Alarm indicator in the web interface
Sending alarm information to an email address
SNMP Traps
Accesories
Supported sensor
Temperature and humidity sensor
(1134CTH01)
Mounting brackets
Tool brackets
Toolless brackets for BKT 4DC
cabinets (ordered separately)
Default toolless brackets
type L-Z (includeed)
12
Monitoring and Management Power Distribution Unit
Management IP-PDU
Available models
Max.
load
Dimensions
lendht x width x
height [mm]
24xIEC320 C13 10A/250V
16A
1173x44.4x68
1134IP7V6.24-2
24xIEC320 C13 10A/250V
32A
1173x44.4x68
1134IP8V6.24-2
IEC 60309 16A/250V
30xIEC320 C13 10A/250V
16A
1389x44.4x68
1134IP7V6.30-2
BKT IP Power Distribution Unit
IEC 60309 32A/250V
30xIEC320 C13 10A/250V
32A
1389x44.4x68
1134IP8V6.30-2
BKT IP Power Distribution Unit
IEC 60309 16A/250V
18xIEC320 C13/10A, 250V + 6xIEC320 C19 16A/250V
16A
1287x44.4x68
1134IP7V6.18-2,06-6
Model
Input Connector
BKT IP Power Distribution Unit
IEC 60309 16A/250V
BKT IP Power Distribution Unit
IEC 60309 32A/250V
BKT IP Power Distribution Unit
Outlets
Casing
0U
Index
BKT IP Power Distribution Unit
IEC 60309 32A/250V
18xIEC320 C13/10A, 250V + 6xIEC320 C19 16A/250V
32A
1287x44.4x68
BKT IP Power Distribution Unit
IEC 60309 16A/250V
20xIEC320 C13/10A, 250V + 4xIEC320 C19 16A/250V
16A
1224x44.4x68
1134IP8V6.18-2,06-6
BKT IP Power Distribution Unit
IEC 60309 32A/250V
20xIEC320 C13/10A, 250V + 4xIEC320 C19 16A/250V
32A
1224x44.4x68
1134IP8V6.20-2,04-6
BKT IP Power Distribution Unit
IEC 60309 16A/250V
21xIEC320 C13/10A, 250V + 3xIEC320 C19 16A/250V
16A
1230x44.4x68
1134IP7V6.21-2,03-6
BKT IP Power Distribution Unit
IEC 60309 32A/250V
21xIEC320 C13/10A, 250V + 3xIEC320 C19 16A/250V
32A
1230x44.4x68
1134IP8V6.21-2,03-6
BKT IP Power Distribution Unit
IEC 60309 32A/250V
30xIEC320 C13/10A, 250V + 3xIEC320 C19 16A/250V
32A
1554x44.4x68
1134IP8V6.30-2,03-6
Model
Input Connector
Outlets
Max.
load
Dimensions
lendht x width x
height [mm]
BKT IP Power Distribution Unit
IEC 60309 16A/400V
24xIEC320 C13 10A/250V
3 x 16A
1173x44.4x68
BKT IP Power Distribution Unit
IEC 60309 32A/400V
24xIEC320 C13 10A/250V
3 x 32A
1173x44.4x68
1134IPBV6.24-2
BKT IP Power Distribution Unit
IEC 60309 16A/400V
30xIEC320 C13 10A/250V
3 x 16A
1389x44.4x68
1134IPAV6.30-2
1134IP7V6.20-2,04-6
Available models
Casing
Index
1134IPAV6.24-2
BKT IP Power Distribution Unit
IEC 60309 32A/400V
30xIEC320 C13 10A/250V
3 x 32A
1389x44.4x68
1134IPBV6.30-2
BKT IP Power Distribution Unit
IEC 60309 16A/400V
18xIEC320 C13 10A/250V + 6xIEC320 C19 16A/250V
3 x 16A
1287x44.4x68
1134IPAV6.18-2,06-6
BKT IP Power Distribution Unit
IEC 60309 32A/400V
18xIEC320 C13 10A/250V + 6xIEC320 C19 16A/250V
3 x 32A
1287x44.4x68
BKT IP Power Distribution Unit
IEC 60309 16A/400V
20xIEC320 C13 10A/250V + 4xIEC320 C19 16A/250V
3 x 16A
1224x44.4x68
0U
1134IPBV6.18-2,06-6
1134IPAV6.20-2,04-6
BKT IP Power Distribution Unit
IEC 60309 32A/400V
20xIEC320 C13 10A/250V + 4xIEC320 C19 16A/250V
3 x 32A
1224x44.4x68
1134IPBV6.20-2,04-6
BKT IP Power Distribution Unit
IEC 60309 16A/400V
21xIEC320 C13 10A/250V + 3xIEC320 C19 16A/250V
3 x 16A
1230x44.4x68
1134IPAV6.21-2,03-6
BKT IP Power Distribution Unit
IEC 60309 32A/400V
21xIEC320 C13 10A/250V + 3xIEC320 C19 16A/250V
3 x 32A
1230x44.4x68
1134IPBV6.21-2,03-6
BKT IP Power Distribution Unit
IEC 60309 32A/400V
30xIEC320 C13 10A/250V + 3xIEC320 C19 16A/250V
3 x 32A
1554x44.4x68
1134IPBV6.30-2,03-6
13
Monitoring and Management Power Distribution Unit
Management PCDS
Maintainable monitoring PCDS units (Power Controlling Distribution System) offered by BKT Elektronik make up a new group of modular three-phase PDUs. It enables the
User to randomly reconfigure the outlets and fully monitor the PDU operation along with its environment conditions thanks to connected external sensors.
Modular and multifunctional structure allows the assembly of three-phase PDUs with current-load of 32 A with a Customer according to particular investment requirements.
Creating a PDU from scratch, we can adopt the existing electrical infrastructure, adjust the number and type of outlets to particular devices and fit it with protection modules
and ammeters in configuration that is in line with particular requirements of the Data Center market.
Hot-swappable outlets modules allow reconfiguring PDU online i.e. without disconnecting it from power supply.
PCDS units are a perfect solution for Users, for whom security of powered devices and easy reconfiguration are the priorities.
Features:
ź input voltage 250V/400V, IEC 60309/16A/32A connector
ź output voltage 250V
ź maximum current-load for outlets: IEC320 C13/10A, IEC320 C19/16A, DIN49440/16A, NF C61-314/16A
ź possible use of outlets: IEC320 C13, IEC320 C19, DIN49440, NF C61-314
ź pGDS rail current-load: up to 3x32A
ź can operate in Master/Slave system (max: 5)
ź vertical mounting
ź intelligent management or remote monitoring
ź sending alarm information to defined e-mail addresses
ź internal built-in alarm (buzzer)
ź Cconnection with the PCDS unit through Web interface and SNMP(V1, V2c, V3) protocols
ź large LED display
ź hot-swappable modules
ź high protection rate of switched modules
ź up to 6 PDUM modules can be installed
ź over-current protection of PCSM modules
ź size of the vertical PDU: LxWxH [mm]: 1692 x 71.5 x 38.6
14
Monitoring and Management Power Distribution Unit
Management PCDS
Web interface
The PCDS can be monitored through multi-user Web interface, which includes monitoring, management and administration.
It allows:
ź current monitoring of total current-load [A]
ź monitoring the state of connected temperature, humidity, water and smoke sensors
It includes:
ź indications and status of connected sensors
ź device operating system state
ź state of alarms and alarm values
ź adding, removing and modifying users
Web interface is compatible with most of the available web browsers and enables the User to manage, monitor or control the state of devices connected to a PDU using not
only a computer, but even a smart phone or a tablet.
NETWORK POWER MANAGER SYSTEM
NETWORK POWER MANAGER SYSTEM
NETWORK POWER MANAGER SYSTEM
PCDS Functionality
Monitoring
PCDS units monitor the following parameters:
ź total current-load of the unit [A]
ź state of connected sensors
ź system state
ź active alarms
ź alarm logs
ź temperature, humidity, presence of smoke and water
Environment conditions monitoring
PCDS units monitor environment conditions depending on sensors installed:
ź temperature, humidity, smoke, water
15
Settings
PCDS units allow the setup of the following parameters:
ź total current-load of the PCDS [A]
ź work model: Master/Slave
ź ethernet interface (IP address, gate, mask, DNS)
ź SNMP interface
ź HTTP interface
ź Telnet and SSH interfaces
ź SMTP parameters
ź E-mail addresses
ź accounts and permissions of users and administrators
ź SYSLOG server parameters
ź temperature range [min/max]
ź humidity range [min/max]
Monitoring and Management Power Distribution Unit
Management PCDS
Control and communication
PCDS units have been fitted with modules that provide communication with the unit through various protocols, through various communication media and at various
levels.
ź large LED display can show supply voltage and the PDU current-load and monitor connected sensors
ź web interface through Internet Explorer, Opera, Chrome, Firefox web browsers
ź network - Ethernet 10/100 Mbit/s
ź serial communication interface - RS232, RS485
ź communication protocols (command line) – Telnet, SSH
ź PCDS connection with external applications and devices through SNMP (V1, V2c, V3) protocol
Alarms
PCDS units allow monitoring of and alarming about parameters that have significant influence on proper operation of devices connected to the unit and the installed sensors.
PCDS alarms about:
ź total current-load [A]
ź minimum and maximum temperature
ź minimum and maximum humidity
ź presence of water
ź presence of smoke
Ways of alarming
PCDS units offer several ways of notifying the User about a current alarm, which includes:
ź internal built-in alarm (buzzer)
ź displaying alarm information on LCD display
ź alarm notification over the Web interface
ź sending alarm information to e-mail address
ź sending SNMP Traps
System structure
PCDS can be cascade-connected in a chain of up to 10 devices that use a single IP address.
Available slot models
IEC320 C13 10A/250V
IEC320 C19 16A/250V
DIN 49440 16A/250V
NF C61-314 16A/250V
Types of modules for power strips PCDS
Module 1134PCPDA.05-3
Max. module load 10A
Sockets 5 x IEC320 C13
Dimensions 260 x 66.2 x 44 [mm]
Module 1134PCPDC.04-6
Max. module load 16A
Sockets 4 x IEC320 C19
Dimensions 260 x 66.2 x 44 [mm]
Module 1134PCPDD.04-0
Max. module load 16A
Sockets 4 x DIN 49440
Dimensions 260 x 66.2 x 44 [mm]
Module1134PCPDE.04-1
Max. module load 16A
Sockets 4 x NF C61-314
Dimensions 260 x 66.2 x 44 [mm]
16
Monitoring and Management Power Distribution Unit
Management PCDS
Detailed List of PCDS Features
Features
Accesories
Description
Supported sensor
Total current-load of PCDS [A]
Temperature and humidity sensor
(1134CTH01)
Temperature
Monitoring
Humidity
Water
Smoke
Water sensor (1134CWS01)
Work model: Master/Slave
Ethernet interface (IP address, gate, mask, DNS)
SMTP parameters
E-mail addresses
Settings
Accounts and permissions of users and administrators
Smoke sensor (1134CSS01)
HTTP interface
Telnet and SSH interfaces
Temperature range [min/max]
Mounting brackets
Humidity range [min/max]
Total current-load of PCDS [A]
System
Alarms
Tool brackets
Temperature/humidity sensors
Smoke sensor
Water sensor
Alarms
Total current-load [A]
Alarm
Threshold
Config
Toolless brackets for BKT 4DC
cabinets (ordered separately)
Temperature
Humidity
Internal built-in alarm (buzzer)
Ways
of Alarming
Alarm notification over the Web interface
Sending alarm information to e-mail address
Default toolless brackets
type L-Z (includeed)
Sending SNMP Traps
Web interface (HTTP) access through Internet Explorer, Opera,
Chrome and Firefox web browsers
Communication
Ethernet 10/100 Mbit/s
SNMP (V1, V2c, V3)
Telnet and SSH communications protocol
Available Sensors
Temperature/humidity (hybrid), water and smoke sensors
Cascade Connection
Possible to connect up to 10 units in Master/Slave configuration
Vertical Single-phase PGDS Rails
Input Connector
Index
BKT PGDS Module Rail for 6 PDUMs
Model
IEC 60309/16A, 250V
1134PC7PG.06
BKT PGDS Module Rail for 6 PDUMs
IEC 60309/32A, 250V
1134PC8PG.06
Vertical Three-phase PGDS Rails
Input Connector
Index
BKT PGDS Module Rail for 6 PDUMs
Model
IEC 60309/16A, 400V
1134PCAPG.06
BKT PGDS Module Rail for 6 PDUMs
IEC 60309/32A, 400V
1134PCBPG.06
PCSMs to Be Mounted in Rails
Model
Index
BKT NPM Type A Module (factory configuration only) 1134PCNPM.A
PDUMs to Be Mounted in Rails
Model
Index
BKT Module for PGDS Rails 5 x IEC320 C13, LED indicator & fuse
1134PCPDA.05-3
BKT Module for PGDS Rails 4 x IEC320 C19, LED indicator & fuse
1134PCPDC.04-6
BKT Module for PGDS Rails 4 x DIN49440, LED indicator & fuse
1134PCPDD.04-0
BKT Module for PGDS Rails 4 x NFC61 (pin), LED indicator & fuse
1134PCPDE.04-0
17
Monitoring and control power distribution units
Management IPD 1000
IPD 1000 units offered by BKT Elektronik belong to the group of IPD (Intelligent Power Distribution) units. They have been extended with remote monitoring and management
functions. The IPD 1000 unit is intended for monitoring basic parameters such as voltage [V], total current load of the unit and temperature/humidity.
The units are distinguished by a new housing as compared to the previous models and an extended control and measurement module. They are used in large institutions and
small-size companies, ensuring faultless supply and top class monitoring of devices.
Product characteristics
ź Input supply voltage 250VAC with IEC320 C20 16A (built-in) plug
ź Output supply voltage 250VAC
ź IEC320 C13, DIN49440, NF C61-314 sockets
ź Horizontal installation
ź Remote monitoring and management through an Ethernet network
ź Sending alarm information to defined email addresses
ź Built-in internal alarm (buzzer)
ź Communication with the unit via a Web interface, SNMP (V1) protocol, Telnet and ModBus RTU protocol (ModBus RTU available on the request)
18
Monitoring Managament and Controlling
Managament IPD 1000
Web interface
Operation of the unit can be supervised with a multi-user web interface allowing for monitoring, management and administraton.
Ensures:
ź Verification of the total unit load [A] and supply voltage
ź Setting an alarm level for a load [A] of the entire unit
ź Temperature/humidity sensor readings
ź Setting an alarm level for temperature/humidity
ź Control of the status (on/off) for each socket
ź Activation/deactivation of a socket
ź Activation/deactivation of a socket group
ź Setting a socket activation/deactivation delay time
ź Restarting the device and restoring it to the default settings
Includes:
ź Indications and states of the temperature/humidity sensor
ź Current status of the system
ź Status of the alarms and alarm values
The web interface is compatible with the majority of available browsers used to control status of devices connected to the unit not only with a computer, but also with a
smartphone or tablet.
19
Monitoring Managament and Controlling
Managament IPD 1000
Funcionality
Monitoring
ź Total unit current load [A]
ź Unit power supply voltage [V]
ź Socket status on/of
ź Current state of the system
ź Active alarms
Environment conditions monitoring
IPD 1000 units can be used to monitor temperature/humidity using only one temperature/humidity sensor.
Configuration
ź Total current load of the unit [A]
ź Delay at sequential activation/deactivation of each socket
ź Ethernet interface (IP address, gate, mask, DNS)
ź SMTP interface
ź SNMP interface
ź HTTP interface
ź Telnet interface
ź Temperature range [min/max]
ź Humidity range [min/max]
Control and communication
1. The LED indicates:
ź Unit supply voltage [V]
ź Total current load of the entire unit [A]
ź Device IP address
2. Website interface
Support for Internet Explorer, Opera, Firefox, Chrome browsers
3. Ethernet 10/100 Mbit/s
4. SNMP (V1)
5. Telnet
6. ModBus RTU (ModBus version available on the request)
Alarms
ź Total current load [A]
ź Minimum and maximum temperature
ź Minimum and maximum humidity
Alarm methods
ź Built-in internal alarm (buzzer)
ź Alarm indicator in a web interface
ź Sending alarm information to an email address
ź Sending SNMP Traps
Configuration maintenance
IPD 1000 units ensure maintenance of the socket configuration when restarting the unit, without any risk of losing the current configuration of active sockets.
Available slot models
IEC320 C13 10A/250V
DIN 49440 16A/250V
NF C61-314 16A/250V
20
Monitoring Managament and Controlling
Managament IPD 1000
Detailed list of functions for the IPD 1000
Functions
Description
Total current load of the unit [A]
Unit supply voltage [V]
Monitoring
Socket state (on/off)
Temperature/humidity sensor state
Socket activation/deactivation
Yes
Socket group activation/deactivation
Yes
Control
Visual control of socket activation/deactivation (LED)
Configuration
Temperature/humidity range [min/max]
Total current load of the unit [A]
Socket group activation/deactivation time
Interface: Ethernet, SMTP, SNMP, HTTP, Telnet
Configuration maintenance
Maintenance of socket status when restarting the unit
We (HTTP) interface, access through IE, OPERA, CHROME,
FIREFOX browsers
Communication
Ethernet TCP/IP v4
SNMP (V1), Telnet , ModBus (ModBus version available
on the request)
Available sensors
Temperature/humidity sensor
System
alarms
Alarms
Alarm threshold
definition
Total current load of the unit [A]
Temperature/humidity sensor
Total current load [A]
Temperature/humidity
Built-in internal alarm (buzzer)
Alarm
methods
Alarm information displayed on LCD
Alarm indicator in the web interface
Sending alarm information to an email address
Sending SNMP Traps
Accesories
Supported sensor:
Temperature and humidity sensor
(1134CTH01)
Mounting brackets
Tool brackets
Available models for IPD 1000 19"
Model
Power plug
(built-in)
Sockets
Max. unit
load
Dimensions
length x width x
height [mm]
Housing
1U 19"
1134IPD1.08-2
2U 19"
1134IPD1.06-1,02-1
Index
BKT management power distributionunit 19" IPD 1000
IEC 320 C20 16A/250V
8xIEC320 C13
16A
480.5x139.8x44.4
BKT management power distributionunit 19" IPD 1000
IEC 320 C20 16A/250V
6xNF C61-314
16A
490.5x169.8x88.8
BKT management power distributionunit 19" IPD 1000
IEC 320 C20 16A/250V
8xNF C61-314
16A
490.5x169.8x88.8
BKT management power distributionunit 19" IPD 1000
IEC 320 C20 16A/250V
6xDIN 49440
16A
490.5x169.8x88.8
1134IPD1.06-0
BKT management power distributionunit 19" IPD 1000
IEC 320 C20 16A/250V
8xDIN 49440
16A
490.5x169.8x88.8
1134IPD1.06-0,02-0
21
1134IPD1.06-1
Monitoring Managament and Controlling
NPM V - Network Power Manager
NPM V (Network Power Manager) power distribution units offered by BKT Elektronik allow the management of single- and three-phase power supply from 16 to 32 A. They
increase safety by monitoring conditions inside a server cabinet in case there are unwanted physical and chemical environment conditions, such as temperature, humidity,
water and smoke, and protect against them. They also inform the maintainers of the telecommunications infrastructure about unauthorized access to the inside of a cabinet.
NPM V units allow remote monitoring of voltage [V], current [A], power [kW] and total energy consumption [kWh], also in a single outlet of the power distribution unit.
The installed devices in server cabinets are now much safer thanks to monitoring of environment conditions in distribution cabinets and server rooms, and defining alarm
thresholds for the installed sensors with remote reporting (E-mail, SNMP Trap).
Features:
ź Input voltage 250V/400V, IEC 60309/16A/32A and DIN 49441/16A connectors
ź Output voltage 250V
ź Maximum current-load for outlets: IEC320 C13/10A, IEC320 C19/16A, DIN49440/16A and NF C61-314/16A
ź Possible use of outlets: IEC320 C13, IEC320 C19, DIN49440 and NFC 61-314
ź Horizontal and vertical mounting
ź Remote monitoring and management through Ethernet/WiFi
ź Sending alarm information to defined e-mail addresses
ź Internal built-in alarm (buzzer)
ź Connection with the NMP V unit through Web interface and SNMP(V1,V2c,V3), Telnet and SSH protocols
ź User authorization through RADIUS server
ź Possibility of having up to 20 users logged up with selected permissions
ź Can operate in Master/Slave system (max: 5)
ź Built-in energy meters for each outlet
ź Built-in over-current circuit breaker (in 19’’ version)
ź Large LCD graphic display (128x64) for vertical version and LED display for 19’’ versions to verify NPM V unit’s
operation parameters and alarms
ź 19” NPM V unit size LxWxH [mm]: 482.6 x 216 x 44.4
ź Vertical (0U) NPM V unit size LxWxH [mm]: X x 66.6 x 44.4
22
Monitoring Managament and Controlling
NPM V - Network Power Management
Web interface
NPM V unit can be monitored through multi-user Web interface, which includes monitoring, management and administration. Current verification of total current-load of
NPM unit [A]. Current verification of current-load of each outlet with alarm threshold config, state control of each outlet (on/off) and the memory of the last state in case of the
device restart.
It includes:
ź Sequential start-up program of the entire unit
ź Time programmator for each outlet
ź Indications and status of connected sensors
ź Device operating system state
ź State of alarms and alarm values
ź Adding, removing and modifying users
ź Diagrams of current-load, voltage, temperature and humidity
23
Monitoring Managament and Controlling
NPM V - Network Power Manager
Web interface is compatible with most of the available web browsers and enables the User to manage, monitor or control the state of devices connected to a PDU, as well as
energy consumption for the entire PDU and for each outlet, using not only a computer, but even a smart phone or a tablet.
Setting up such network parameters as IP addresses, RADIUS, SMTP and NTP (and many more) allow, from the side of the management, random configuration of NPM V unit
according to the User’s or Administrator’s needs.
24
Monitoring Managament and Controlling
NPM V - Network Power Manager
NPM-V functionality
Monitoring
NPM-V units monitor the following parameters:
ź Total current-load of the NPM-V [A]
ź Current-load of each outlet [A]
ź Supply voltage of the NPM-V [V]
ź Total energy consumption [kWh]
ź Energy consumption of each outlet [kWh]
ź Power Factor
ź Power of the entire NPM-V [kW]
ź Power of each outlet [kW]
ź Outlet state ON/OFF
ź Active alarms
ź Alarm logs
Energy consumption monitoring
NPM-V units have been fitted with energy meters which monitor and record:
ź Total energy consumption of the entire NPM-V [kWh]
ź Energy consumption of each outlet [kWh]
Environment conditions monitoring
NPM-V units allow monitoring various environment conditions depending on the selected model (vertical/horizontal). They monitor temperature, humidity, presence of
smoke, door (access control) and presence of water.
ź 19‘’ models monitor temperature and humidity using two T/H sensors
ź Vertical (0U) models in basic configuration monitor temperature and humidity using two T/H sensors
ź Vertical (0U) models in extended configuration (selected at the order) – two additional sensor modules that allow monitoring:
Extension modules for the NPM-V unit Module view
Internal, built into the NPM-V unit
Supported sensors
Temperature and humidity sensor (2 ports)
Alarm port - potential-free output 1A/50VDC
* standard equipment
Internal, built into the NPM-V unit
*available only for the 0U vertical version
* optional equipment
Temperature and humidity sensor
Smoke sensor
Water sensor
Internal, built into the NPM-V unit
* available only for the 0U vertical version
* optional equipment
External
Sensor Box - Index:1134SBX01.0
Parameters settings
In NPM-V units we can set up the following parameters:
ź Total current-load of the NPM-V [A]
ź Current-load of each outlet [A]
ź Delays in sequential start-up/shutdown of each outlet [s]
ź Work model: Master/Slave
ź Delays of OFF/ON or ON/OFF/ON cycles in each outlet
ź Ethernet interface (IP address, gate, mask, DNS) or DHCP
ź SNMP interface
ź HTTP and HTTPS interface
ź Telnet and SSH interface
ź SYSLOG server interface
ź WiFi interface
ź NTP time server parameters
ź RADIUS server parameters
ź SMTP server parameters
ź E-mail addresses
ź Accounts and permissions of users and administrators
ź Temperature range [min/max]
ź Humidity range [min/max]
25
Temperature and humidity sensor
Door opening sensor (2 ports)
Temperature and humidity sensor (2 ports)
Door opening sensor (2 ports)
Smoke sensor
Water sensor
Control and communication
NPM-V units have been fitted with modules allowing communication with the unit through
various protocols, various communication media and at various level.
ź LED & LCD Displays
- 19” versions have LED displays
- Vertical (0U) versions have LCD displays
ź Web interface available through: Internet Explorer, Opera, Chrome or Firefox
ź Communication protocols (command line) – Telnet, SSH
ź Network - Ethernet 10/100 Mbit/s, WiFi
ź RJ45/RS232 serial communication interface
ź Communication with external applications and devices through SNMP (V1, V2c, V3) protocols
Monitoring Managament and Controlling
NPM V - Network Power Manager
Alarms
Extended functionality of NPM-V allows monitoring of and alarming about many parameters that have significant influence on proper operation of devices connected to
the unit and the installed sensors.
NPM-V unit alarms about:
ź Total current-load [A]
ź Minimum and maximum current-load of each outlet [A]
ź Minimum and maximum temperature
ź Minimum and maximum humidity
ź Presence of water
ź Presence of smoke
ź Opened door or side covers of a cabinet
Ways of alarming
NPM-V offer several ways of notifying the User about a current alarm, which includes:
ź Internal built-in alarm (buzzer)
ź Displaying alarm information on LCD display
ź Alarm at external RJ11 (NO-NC) port
ź Alarm notification over the Web interface
ź Sending alarm information to e-mail address
ź Sending SNMP Traps
ź Through SYSLOG server
System structure
NPM-V can be cascade-connected in a chain of up to 5 devices that use a single IP address.
Keepings settings
NPM-V units allow keeping settings between their start-ups. You do not need to worry about losing the current configuration of the active outlets.
Available slot models
IEC320 C13 10A/250V
IEC320 C19 16A/250V
DIN 49440 16A/250V
NF C61-314 16A/250V
Device 1
Device 2
Device 3
Device 4
Internet
Router
Switch
NPM 1
Device n
NPM 2
NPM 3
PC (1)
PC (2)
NPM 5
26
Monitoring Managament and Controlling
NPM V - Network Power Manager
Detailed list of functions depending on the model of the NPM V unit
Type
Functions
Monitoring
Control
A
B
C
D
Total current load of the unit [A]
A
x
Bx
C
x
D
x
Unit supply voltage [V]
A
x
Bx
C
x
D
x
Total power consumption [kWh]
A
x
Bx
C
x
D
x
Power consumption per socket [kWh]
A
B
x
C
D
x
Power factor
A
x
B
x
C
x
D
x
Total input power for the entire unit [kW]
A
x
Bx
C
x
D
x
Input power per socket [kW]
A
Bx
C
D
x
Current load per socket [A]
A
Bx
C
D
x
Socket state (ON/OFF)
A
B
C
x
D
x
Temperature, humidity
A
x
B
x
C
x
D
x
Water, smoke, door opening (extension with an additional module)
Power meter for the entire unit [kWh] (reset function)
A
x
A
x
Bx
Bx
C
x
C
x
D
x
D
x
Description
Monitoring
Control
Configuration
Configuration maintenance
Communication
Power meter per socket [kWh] (reset function)
A
Bx
C
D
x
Socket overload
A
Bx
C
D
x
Socket activation/deactivation
A
Socket group activation/deactivation
A
B
C
x
D
x
C
x
D
x
Visual control of socket activation/deactivation (LED)
A
B
C
x
D
x
Unit supply voltage [V] [min/max]
A
x
Bx
C
x
D
x
Total current load of the unit [A] [min/max]
A
x
A
Bx
B
x
C
x
C
D
x
Current load per socket [A] [min/max]
Delay at sequential activation/deactivation of each socket
A
B
C
x
D
x
Unit operation mode: Master/Slave
A
x
B
x
C
x
D
x
Ethernet, DHCP, WiFi interface
A
x
Bx
C
x
D
x
NTP, RADIUS, SYSLOG, SMTP, SNMP, HTTP, HTTPS, Telnet, SSH interface
A
x
Bx
C
x
D
x
Accounts and rights for users and administrators
A
x
Bx
C
x
D
x
Temperature, humidity range [min/max]
A
x
Bx
C
x
D
x
Maintenance of socket status when restarting the unit
A
B
C
x
D
x
Web interface (HTTP, HTTPS) accessed through IE, OPERA, CHROME,
FIREFOX browsers
A
B
C
x
D
x
D
x
Ethernet, WiFi
A
x
Bx
C
x
D
x
SNMP (V1, V2c, V3), Telnet, SSH, RS232 protocol
A
x
Bx
C
x
D
x
Supported sensors
Door opening, water, smoke (after extending it with an additional module)
A
x
Bx
C
x
D
x
Concatenation
Up to 10 units can be connected in Master/Slave configuration
A
x
Bx
C
x
D
x
Total current load of the unit [A]
A
x
Bx
C
x
D
x
Unit supply voltage [V]
A
x
A
Bx
Temperature/humidity, smoke, door opening, water sensor
A
x
B
x
B
x
C
x
C
D
x
Current load per socket [A]
C
x
D
x
Total current load [A]
A
x
Bx
C
x
D
x
Supply voltage [V]
A
x
Bx
D
x
Current load per socket [A]
A
Temperature, humidity
A
x
A
x
Bx
B
x
C
x
C
C
x
D
x
Bx
C
x
D
x
Bx
Bx
C
x
D
x
Alarm at the external port - RJ12 (NO-NC)
A
x
A
x
C
x
D
x
Alarm indicator in the web interface
A
x
B
x
C
x
D
x
Sending alarm information to an email address
A
x
Bx
C
x
D
x
Sending SNMP Traps
A
x
Bx
C
x
D
x
System
alarms
Alarms
Alarm
threshold
definition
Built-in internal alarm (buzzer)
Alarm information displayed on LCD
Alarm
methods
27
D
x
D
x
Monitoring Managament and Controlling
NPM V - Network Power Manager
Accesories
Supported sensor
Temperature and humidity sensor
(1134CTH01)
Door opening sensor
(1134CBS01)
Water sensor (1134CWS01)
Smoke sensor (1134CSS01)
Mounting brackets
Tool brackets
Toolless brackets for BKT 4DC
cabinets (ordered separately)
Default toolless brackets
type L-Z (includeed)
19" BKT Network Power Manager V 1U
Type
Model
19" BKT Network Power Manager V
Input Connector
DIN49441 16A/250V
A
19" BKT Network Power Manager V
IEC 60309 32A/250V
19" BKT Network Power Manager V
DIN49441 16A/250V
B
19" BKT Network Power Manager V
IEC 60309 32A/250V
19" BKT Network Power Manager V
DIN49441 16A/250V
C
19" BKT Network Power Manager V
IEC 60309 32A/250V
19" BKT Network Power Manager V
DIN49441 16A/250V
D
19" BKT Network Power Manager V
IEC 60309 32A/250V
Outlets
Max. unit
load
Dimensions
length x width x
height [mm]
8xIEC320 C13
16A
482.6x216x44.4
8xIEC320 C13+
4xIEC320 C19
8xIEC320 C13
8xIEC320 C13+
4xIEC320 C19
8xIEC320 C13
8xIEC320 C13+
4xIEC320 C19
8xIEC320 C13
32A
16A
32A
16A
32A
16A
Housing
1134N06V.A.08-2
482.6x216x44.4
1134N86V.A.08-2,04-6
482.6x216x44.4
1134N06V.B.08-2
482.6x216x44.4
482.6x216x44.4
1134N86V.B.08-2,04-6
1U 19"
482.6x216x44.4
32A
Outlets
Max. unit
load
Dimensions
length x width x
height [mm]
3 x 32A
482.6x216x88.8
3 x 32A
482.6x216x88.8
1134N06V.C.08-2
1134N86V.C.08-2,04-6
482.6x216x44.4
8xIEC320 C13+
4xIEC320 C19
Index
1134N06V.D.08-2
482.6x216x44.4
1134N86V.D.08-2,04-6
19" BKT Network Power Manager V 2U
Model
Type
Input Connector
19" BKT Network Power Manager V
A
IEC 60309 32A/400V
19" BKT Network Power Manager V
B
IEC 60309 32A/400V
19" BKT Network Power Manager V
C
IEC 60309 32A/400V
19" BKT Network Power Manager V
D
IEC 60309 32A/250V
12xIEC320 C13+
4xIEC320 C19
12xIEC320 C13+
4xIEC320 C19
12xIEC320 C13+
4xIEC320 C19
12xIEC320 C13+
4xIEC320 C19
Housing
Index
Nr katalogowy
1134NB8V.A.12-2,04-6
1134NB8V.B.12-2,04-6
2U 19"
3 x 32A
3 x 32A
482.6x216x88.8
482.6x216x88.8
1134NB8V.C.12-2,04-6
1134NN8V.D.12-2,04-6
28
Monitoring and Controlling Metered
NPM V - Network Power Manager
Vertical (0U) Single-phase NPM-V Units
Model
Type
Input Connector
Outlets
Max. unit
load
Dimensions
length x width x
height [mm]
Housing
Index
Vertical BKT Network Power Manager V
Vertical BKT Network Power Manager V
IEC 60309 16A/250V
IEC 60309 32A/250V
24xIEC320 C13
24xIEC320 C13
16A
32A
1022x66x44.4
1022x66x44.4
1134N77V.A.24-2
1134N87V.A.24-2
Vertical BKT Network Power Manager V
IEC 60309 32A/250V
21xIEC320 C13+
3xIEC320 C19
32A
1077x66x44.4
1134N87V.A.21-2,03-6
Vertical BKT Network Power Manager V
18xIEC320 C13 +
IEC 60309 32A/250V
6xIEC320 C19
32A
1130x66x44.4
IEC 60309 32A/250V
32A
1343x66x44.4
32A
1595x66x44.4
1134N87V.A.36-2,06-6
A
Vertical BKT Network Power Manager V
Vertical BKT Network Power Manager V
36xIEC320 C13
36xIEC320 C13 +
6xIEC320 C19
30xIEC320 C13 +
IEC 60309 32A/250V
12xIEC320 C19
IEC 60309 16A/250V 24xIEC320 C13
IEC 60309 32A/250V
Vertical BKT Network Power Manager V
Vertical BKT Network Power Manager V
A
Vertical BKT Network Power Manager V
B
Vertical BKT Network Power Manager V
Vertical BKT Network Power Manager V
Vertical BKT Network Power Manager V
Vertical BKT Network Power Manager V
C
Vertical BKT Network Power Manager V
Vertical BKT Network Power Manager V
Vertical BKT Network Power Manager V
Vertical BKT Network Power Manager V
D
Vertical BKT Network Power Manager V
Vertical BKT Network Power Manager V
IEC 60309 32A/250V
24xIEC320 C13
21xIEC320 C13+
IEC 60309 32A/250V
3xIEC320 C19
18xIEC320 C13+
IEC 60309 32A/250V
6xIEC320 C19
IEC 60309 16A/250V 24xIEC320 C13
IEC 60309 32A/250V 24xIEC320 C13
21xIEC320 C13+
IEC 60309 32A/250V
3xIEC320 C19
18xIEC320 C13+
IEC 60309 32A/250V
6xIEC320 C19
IEC 60309 16A/250V 24xIEC320 C13
IEC 60309 32A/250V 24xIEC320 C13
21xIEC320 C13+
IEC 60309 32A/250V
3xIEC320 C19
18xIEC320 C13+
IEC 60309 32A/250V
6xIEC320 C19
1134N87V.A.18-21-06-6
0U
1134N87V.A.36-2
32A
1706x66x44.4
1134N87V.A.30-2,12-6
16A
1672x66x44.4
1134N77V.B.24-2
32A
1672x66x44.4
32A
1682x66x44.4
32A
1738x66x44.4
1134N87V.B.18-2,06-6
16A
1672x66x44.4
1134N77V.C.24-2
32A
1672x66x44.4
1134N87V.B.24-2
0U
1134N87V.B.21-2,03-6
1134N87V.C.24-2
0U
1134N87V.C.21-2,03-6
32A
1682x66x44.4
32A
1738x66x44.4
1134N87V.C.18-2,06-6
16A
1777x66x44.4
1134N77V.D.24-2
32A
1777x66x44.4
32A
1832x66x44.4
32A
1888x66x44.4
1134N87V.D.24-2
0U
1134N87V.D.21-2,03-6
1134N87V.D.18-2,06-6
Vertical (0U) Three-phase NPM-V Units
Model
Type
Input Connector
Outlets
Max. unit
load
Dimensions
length x width x
height [mm]
Housing
Index
IEC 60309 32A/400V
24 x IEC320 C13
3 x 32A
1022x66x44.4
1134NB8V.A.24-2
Vertical BKT Network Power Manager V
IEC 60309 32A/400V
21 x IEC320 C13
+3 x IEC320 C19
3 x 32A
1077x66x44.4
1134NB8V.A.21-2,03-6
Vertical BKT Network Power Manager V
IEC 60309 32A/400V
18 x IEC320 C13
+6 x IEC320 C19
3 x 32A
1130x66x44.4
1134NB8V.A.18-2,06-6
IEC 60309 32A/400V
36 x IEC320 C13
3 x 32A
1343x66x44.4
1134NB8V.A.36-2
Vertical BKT Network Power Manager V
IEC 60309 32A/400V
36 x IEC320 C13
+ 6 x IEC320 C19
3 x 32A
1595x66x44.4
1134NB8V.A.36-2,06-6
Vertical BKT Network Power Manager V
IEC 60309 32A/400V
30 x IEC320 C13
+ 12 x IEC320 C19
3 x 32A
1706x66x44.4
1134NB8V.A.30-2,12-6
IEC 60309 32A/400V
24 x IEC320 C13
3 x 32A
1672x66x44.4
1134NB8V.B.24-2
IEC 60309 32A/400V
21 x IEC320 C13
+3 x IEC320 C19
3 x 32A
1682x66x44.4
18 x IEC320 C13
+6 x IEC320 C19
3 x 32A
1738x66x44.4
1134NB8V.B.18-2,06-6
Vertical BKT Network Power Manager V
Vertical BKT Network Power Manager V
A
Vertical BKT Network Power Manager V
Vertical BKT Network Power Manager V
A
B
1134NB8V.B.21-2,03-6
0U
Vertical BKT Network Power Manager V
IEC 60309 32A/400V
Vertical BKT Network Power Manager V
IEC 60309 32A/400V
24 x IEC320 C13
3 x 32A
1672x66x44.4
1134NB8V.C.24-2
IEC 60309 32A/400V
21 x IEC320 C13
+3 x IEC320 C19
3 x 32A
1679x66x44.4
1134NB8V.C.21-2,03-6
Vertical BKT Network Power Manager V
IEC 60309 32A/400V
18 x IEC320 C13
+6 x IEC320 C19
3 x 32A
1738x66x44.4
1134NB8V.C.18-2,06-6
Vertical BKT Network Power Manager V
IEC 60309 32A/400V
24 x IEC320 C13
3 x 32A
1777x66x44.4
1134NB8V.D.24-2
Vertical BKT Network Power Manager V
IEC 60309 32A/400V
21 x IEC320 C13
+3 x IEC320 C19
3 x 32A
1832x66x44.4
1134NB8V.D.21-2,03-6
IEC 60309 32A/400V
18 x IEC320 C13
+6 x IEC320 C19
3 x 32A
1888x66x44.4
1134NB8V.D.18-2,06-6
Vertical BKT Network Power Manager V
Vertical BKT Network Power Manager V
29
C
D
Universal modules for monitoring
BKT IP-PDU universal module for monitoring
A universal module for monitoring of a single phase power supply extends the functionality of PDU Basic, PCDS module units with additional monitoring and management
options. Small dimensions of the module and use of 2 m module supply cables allow for any installation, both vertical 0U and horizontal.
It is designed for monitoring the power supply voltage [V], the actual load current [A], the actual power [kW] and power consumption [kWh]. An additional port for connecting
a temperature/humidity sensor for monitoring environmental conditions in a telecommunications cabinet.
With SNMP and MODBUS RTU protocols, the IP PDU can be completely integrated with external management software.
Product characteristics
ź Input supply voltage 250VAC or 400VAC with IEC 60309 16A, IEC 60309 32A plugs
ź Output supply voltage 250VAC or 400VAC
ź Sockets which can be installed: IEC 60309 16A, IEC 60309 32A
ź Possible operation in the Master/Slave arrangement (max: 5)
ź Vertical or horizontal installation
ź Remote monitoring and management via an Ethernet/WiFi network
ź Sending alarm information to defined email addresses
ź Built-in internal alarm (buzzer)
ź Communication with the unit via a web interface and SNMP(V1), MODBUS RTU protocols
ź Dimensions of the universal power supply monitoring unit (LxWxH) [mm]: 430 x 44.4 x 68
Web interface
Operation of the module can be supervised through a web site compatible with most browsers allowing the user to manage, monitor or control the state of devices
connected to the module. Not only using a computer, but also other mobile devices.
Functions:
ź Supply voltage [V] verification
ź Total load [A] verification
ź Total power consumption [kWh] verification.
ź Total power input verification [kW]
ź Temperature/humidity sensor readings
ź Setting an alarm level for supply voltage [V]
ź Setting an alarm level for total current load [A]
ź Setting an alarm level for temperature/humidity (min/max)
Includes:
ź Current system status
ź Configuration of the Master/Slave arrangement
ź Configuration of settings for the Ethernet network
ź Configuration of the SNMP interface
ź Configuration of the SMTP server
ź Definition of email addresses and user accounts
30
Universal modules for monitoring
BKT IP-PDU universal module for monitoring
Configuration
ź Total current load [A]
ź Unit operation mode selection: Master/Slave
ź Ethernet interface (IP address, gate, mask, DNS)
ź SNMP interface
ź HTTP interface
ź SMTP server parameters
ź Email addresses
ź User account
Monitoring
ź Total current load [A]
ź Supply voltage [V]
ź Total power consumption [kWh]
ź Total power input [kW]
ź Apparent power [VA]
ź Power factor
ź Frequency
ź Temperature/humidity
ź System status
ź Active alarms
Alarms
ź Total current load [A] – min and max
ź Supply voltage [V] – min and max
ź Temperature/humidity – min and max
Control and communication
1. The LCD indicates:
ź Supply voltage [V]
ź Total current load [A]
ź Total power input [kW]
ź Total power consumption [kWh]
2. Web interface
Support for IE, Opera, Chrome, Firefox browsers
3. Ethernet 10/100 Mbit/s
4. SNMP (V1)
5. MODBUS RTU
Alarm methods
ź Built-in internal alarm (buzzer)
ź Alarm information displayed on LCD
ź Alarm indicator in the web interface
ź Sending alarm information to an email address
ź Sending SNMP Traps
System design
IP-PDUs can be connected in stacks up to 5 devices using the same IP address.
Available slot models
IEC60309 400V
IEC60309 250V
Accesories
Supported sensor
Temperature and humidity sensor
(1134CTH01)
Mounting brackets
Tool brackets
Available single-phase
Model
Universal module for monitoring IP-PDU
Universal module for monitoring IP-PDU
Input Connector
Outlets
Max. unit
load
Dimensions
length x width x height [mm]
Index
IEC 60309 16A/250V
IEC 60309 32A/250V
IEC 60309 16A/250V
IEC 60309 32A/250V
16A
32A
430 x 44.4 x 68
430 x 44.4 x 68
1134UIP7V6.01-7
1134UIP8V6.01-8
Input Connector
Outlets
Max. unit
load
Dimensions
length x width x height [mm]
Index
430 x 44.4 x 68
430 x 44.4 x 68
1134UIPAV6.01-A
1134UIPBV6.01-B
Available three-phase
Model
Universal module for monitoring IP-PDU
Universal module for monitoring IP-PDU
31
IEC 60309 16A/400V
IEC 60309 32A/400V
IEC 60309 16A/400V
IEC 60309 32A/400V
3 x 16A
3 x 32A
Universal modules for monitoring
BKT NPM-V Universal modules for monitoring
A universal module for monitoring of a three phase power supply extends the functionality of PDU Basic, PCDS module units with additional monitoring and management
options. Small dimensions of the module and use of 2 m module supply cables allow for any installation, both vertical 0U and horizontal.
It is designed for monitoring the power supply voltage [V], the actual load current [A], the actual power [kW], power consumption [kWh] and the power factor.
It improves safety by monitoring conditions in a server cabinet. In the event of undesirable physical and chemical factors of the environment such as temperature/humidity,
water or smoke, it provides protection by notifying telecommunications infrastructure administrators of unauthorised access to devices installed inside the cabinet.
Product characteristics
ź Module input supply voltage 250VAC or 400VAC with IEC 60309 16A, IEC 60309 32A plugs
ź Output supply voltage 250VAC or 400VAC
ź Sockets which can be installed at the output: IEC 60309 16A, IEC 60309 32A
ź Horizontal or vertical installation
ź Remote monitoring and management via an Ethernet/WiFi network
ź Sending alarm information to defined email addresses
ź Built-in internal alarm (buzzer)
ź Communication with the unit via a Web interface and SNMP (V1, V2c, V3), Telnet, SSH and RS232 protocols
ź User authentication via the RADIUS server
ź Up to 20 users can log in (incl. authorisation selection)
ź Possible Master/Slave arrangement operation (max 10)
ź Large LCD (128x64) for verification of module operating parameters and alarms
Web interface
Operation of the module can be supervised through a multi-user web site which ensures monitoring, management and administration.
It allows for verification of the current total load [A], power supply [V], total power consumption [kWh], total power input [kW] or power
factor.
Includes
ź Programmes for sequential activation of the entire unit
ź Programmable timer of each output
ź Indications and status of connected sensors
ź Device operating system status
ź Status of alarms and alarm values
ź Adding, removing and editing users
ź Graphic charts of current load, voltage, temperature/humidity
32
Universal modules for monitoring
BKT NPM-V Universal modules for monitoring
A web interface compatible with most website browsers allowing the user to manage, monitor and control the state of connected devices and power consumption. Not only
using a computer, but also other mobile devices.
Monitoring
ź Total current load [A]
ź Supply voltage [V]
ź Total power consumption [kWh]
ź Power factor
ź Total power input [kW]
ź Active alarms
ź Alarm logs
Power consumption monitoring
A power supply monitoring module equipped with a power meter to monitor and record:
ź Total power consumption [kWh]
Monitoring of environmental conditions
The basic configuration of the universal power supply module is equipped with two sockets (T/H1, T/H2) for connecting 2 temperature/humidity sensors (T/H1, T/H2).
It can be extended with another modules of sensors built in the power supply monitoring module. The external Sensor Box module can be applied as well – as per table
below:
Extension modules for the NPM-V unit
Module view
Internal, built into the NPM-V unit
Supported sensors
Temperature and humidity sensor (2 ports)
Alarm port - potential-free output 1A/50VDC
* standard equipment
Internal, built into the NPM-V unit
*available only for the 0U vertical version
* optional equipment
Temperature and humidity sensor
Smoke sensor
Water sensor
Internal, built into the NPM-V unit
* available only for the 0U vertical version
* optional equipment
External
Sensor Box - Index:1134SBX01.0
Configuration
ź Total current load [A]
ź Operation mode selection: Master/Slave
ź Ethernet or DHCP interface (IP address, gate, mask, DNS)
ź SNMP, HTTP, HTTPS, Telnet, SSH, SYSLOG interface
ź WiFi interface
ź Parameters for RADIUS, SMTP servers and for the NTP time server
ź Email addresses
ź Accounts and rights for users and administrators
ź Temperature/humidity range [min/max]
Alarms
ź Total current load [A]
ź Minimum and maximum temperature
ź Minimum and maximum humidity
ź Water presence
ź Smoke presence
33
Temperature and humidity sensor
Door opening sensor (2 ports)
Temperature and humidity sensor (2 ports)
Door opening sensor (2 ports)
Smoke sensor
Water sensor
Control and communication
1. The LCD indicates:
ź Total current load
ź Supply voltage [V]
ź Total power consumption [kWh]
ź Power factor
ź Total power input [kW]
ź IP address
2. Web interface
ź Support for browsers: Internet Explorer, Opera, Chrome, Firefox
ź Telnet, SSH
ź Ethernet 10/100 Mbit/s, WiFi, RJ45 <> RS232
ź SNMP (V1, V2c, V3)
ź CLI (Telnet, SSH)
Alarm methods
ź Built-in internal alarm (buzzer)
ź Alarm information displayed on LCD
ź Alarm on the external port - RJ12 (NO-NC)
ź Alarm indicator in the web interface
ź Sending alarm information to an email address
ź Sending SNMP Traps
ź Via the SYSLOG server
Universal modules for monitoring
BKT NPM-V Universal modules for monitoring
Detailed list of functions
Functions
Description
Total current load of the unit [A]
Unit supply voltage [V]
Total power consumption [kWh]
Power factor [PF]*
Total power input for the entire unit [kW]
Monitoring
Sensor: temperature/humidity
Sensors: water, smoke, door opening (extension with
an additional module)
Socket activation/deactivation
No
Socket group activation/deactivation
No
Control
Power meter for the entire unit [kWh] (reset function)
Unit supply voltage [V] [min/max]
Total current load of the unit [A]
Unit operation mode: Master/Slave
Ethernet, DHCP, WiFi interface
Configuration
NTP, RADIUS, SYSLOG, SMTP, SNMP, HTTP, HTTPS, Telnet,
SSH interface
Accounts and rights for users and administrators
Temperature/humidity range [min/max]
Web interface (HTTP, HTTPS), access through IE, OPERA,
CHROME, FIREFOX browsers
Communication
Ethernet TCP/IP v4, WiFi
SNMP (V1, V2c, V3), Telnet, SSH, RS232 protocols
Temperature/humidity
Supported sensors
Door opening, water, smoke (after extending it with
an additional module)
System design
The module can be connected in stacks up to 10 devices using the same IP address.
Available slot models
IEC60309 400V
IEC60309 250V
Accesories
Supported sensor
Mounting brackets
Temperature and humidity sensor
(1134CTH01)
Tool brackets
Door opening sensor
(1134CBS01)
Water sensor (1134CWS01)
Smoke sensor (1134CSS01)
Available single-phase
Model
Input Connector
Outlets
Max. unit
load
Dimensions
length x width
x height [mm]
Index
BKT NPM V universal modules for monitoring single-phase
IEC 60309 16A/250V
IEC 60309 16A/250V
16A
518 x 66.6 x 44.4
BKT NPM V universal modules for monitoring single-phase
IEC 60309 32A/250V
IEC 60309 32A/250V
32A
518 x 66.6 x 44.4
1134UN7V.A.01-7
1134UN8V.A.01-8
BKT NPM V universal modules for monitoring three-phase
IEC 60309 16A/400V
IEC 60309 16A/400V
3 x 16A
518 x 66.6 x 44.4
1134UNAV.A.01-A
BKT NPM V universal modules for monitoring three-phase
IEC 60309 32A/400V
IEC 60309 32A/400V
3 x 32A
518 x 66.6 x 44.4
1134UNBV.A.01-B
34
Automatic Transfer Switch
ATS-Automatic Transfer Switch
BKT Elektronik has launched a product that provides redundancy and uninterrupted operation of network devices. ATS switches between power lines in no more than 16 ms at
16A and 32A current, not interrupting the operation of connected devices. When there is a power cut at Input A, the ATS automatically switches to power supply from Input B.
ATS can be applied in server rooms, data centers, telecommunication and many other areas where uninterrupted power supply is a must.
ATS offered by BKT Elektronik is highly reliable and stable and switches between power sources very quickly.
Features
ź Supply voltage 250V; IEC320 C20/16A, 250V and IEC60309 /16A, 250V connectors
ź Output supply voltage 250V
ź Maximum time of switching between power sources: ≤16 ms
ź Maximum current-load for outlets: IEC320 C13/10A, IEC320 C19/16A
ź Possible to use outlets: IEC320 C13, IEC320 C19
ź Horizontal mounting
ź Hot-swappable SNMP card allowing monitoring and remote management through Ethernet
ź Sending alarm information to defined e-mail addresses
ź Internal built-in alarm (buzzer)
ź Communication with a PDU through Web interface, SNMP(V1), Ethernet and Telnet
ź Quick and easy power source switch
ź Available in 19” 1U or 2U casing
ź Size [mm]: 482.6 x 220 x 44.4/88.8
35
Automatic Transfer Switch
ATS-Automatic Transfer Switch
Web interface
ATS unit can be monitored through multi-user Web interface, which includes monitoring, management and administration.
It iallows:
ź Verification of input and output supply voltage
ź Verification of current-load of each power source
ź Power source control
ź Changing power sources switching time
ź Power source switch lock of the power source available at the front panel
ź Changing names of power sources
ź Min and max supply voltage [V] config
ź Min and max current-load [V] config
ź State of alarms and alarm values
ź SNMP and Ethernet config
Web interface is compatible with most of the available web browsers and enables you to manage, monitor or control the state of devices connected to the PDU, as well
as energy consumption for the PDU and for each outlet, using not only a computer, but even a smart phone or a tablet.
36
Automatic Transfer Switch
ATS-Automatic Transfer Switch
ATS Functionality
Monitoring
ATS can monitor the following parameters:
ź Total current-load [A] of Input A and Input B
ź Output total current-load [A]
ź Supply voltage [V] of Input A and Input B
ź Output supply voltage [V]
ź Current status of power source
ź Power supply failure
ź Active alarms
ź Alarm logs
Settings
In ATS you can set up the following parameters:
ź Minimum and maximum current-load [A]
ź Minimum and maximum supply voltage [V]
ź Power source switch time for each power source [sec]
ź Ethernet (IP address, gate, mask, DNS)
ź SNMP interface
ź HTTP interface
ź SMTP server parameters
ź E-mail addresses
ź User accounts
Control and communication
ź LED 3-digit display allows the control of supply voltage and current-load for active power source and IP addresses
ź Web interface through Internet Explorer, Opera, Chrome, Firefox
ź Network – Ethernet 10/100 Mbit/s using SNMP Card
ź Serial communication interface (Telnet) – RJ45/RS232
ź ATS connection to external applications and devices through SNMP (V1) protocol
Alarms
ATS allows monitoring of and alarming about parameters that have significant influence on proper operation of connected devices.
ATS can alarm about the following parameters:
ź Minimum and maximum current-load [A]
ź Minimum and maximum supply voltage [V]
ź Power supply failure at one of the inputs
Ways of alarming
EMS offers several ways of notifying a user about a current alarm, which includes:
ź Internal built-in alarm (buzzer)
ź Displaying alarm information on LCD display
ź Alarm notification over the Web interface
ź Sending alarm information to e-mail address
ź Sending SNMP Traps
Available slot models
IEC320 C13 10A/250V
IEC320 C19 16A/250V
IEC60309 250V
Mounting brackets
Tool brackets
Available models
Model
Cable
Input Connector
Outlets
Max. unit
load
Dimensions
length x width
x height [mm]
Housing
Additional
elements
Index
ATS Basic
BKT 1U 19"
Not
included
2xIEC 320 C14
10A/250V
12xIEC320 C13
10A/250V
10A
482x220x44.4
BKT HOT-swappable SNMP/WEB
Card, for ATS expansion
1134A3.12-2S
ATS Basic
BKT 1U 19"
Not
included
2xIEC 320 C20
16A/250V
8xIEC320 C13 10A/250V,
1xIEC320 C19 16A/250V
16A
482x220x44.4
BKT HOT-swappable SNMP/WEB
Card, for ATS expansion
1134A4.08-2,01-6S
ATS Basic
BKT 1U 19"
3x2.5mm²,
2.0m
2xIEC 60309 16A/250V
(on cable)
1xIEC 60309
16A/250V (na kablu)
16A
482x220x44.4
BKT HOT-swappable SNMP/WEB
Card, for ATS expansion
1134A5.01-7S
ATS Basic
BKT 1U 19"
Not
included
2xIEC 320 C20
16A/250V
6xIEC320 C13 10A/250V
2xIEC320 C19 16A/250V
16A
482x220x44.4
BKT HOT-swappable SNMP/WEB
Card, for ATS expansion
1134A4.06-2,02-6S
ATS Basic
BKT 2U 19"
3x6.0mm²,
2.0m
2xIEC 60309
32A/250V (on cable)
12xIEC320 C13 10A/250V
4xIEC320 C19 16A/250V
32A
482x220x88.8
BKT HOT-swappable SNMP/WEB
Card, for ATS expansion
1134A9.12-2,04-6S
ATS Basic
BKT 2U 19"
3x6.0mm²,
2.0m
2xIEC 60309
32A/250V (on cable)
1xIEC 60309 32A/250V
32A
482x220x88.8
BKT HOT-swappable SNMP/WEB
Card, for ATS expansion
1134A9.01-8S
2xIEC 60309 16A/250V 12xIEC320 C13 10A/250V
4xIEC320 C19 16A/250V
(on cable)
16A
482x220x88.8
BKT HOT-swappable SNMP/WEB
Card, for ATS expansion
1134A4.12-2,04-6S
16xIEC320 C13 10A/250V
2xIEC320 C19 16A/250V
32A
482x220x88.8
BKT HOT-swappable SNMP/WEB
Card, for ATS expansion
1134A9.16-2,02-6S
ATS Basic
BKT 2U 19"
3x2.5mm²,
2.0m
ATS Basic
BKT 2U 19"
3x6.0mm²,
2.0m
37
2xIEC 320 C20
32A/250V
Enviroment Monitoring System Conditions
EMS-Environment Monitoring System
Environment Monitoring System is an intelligent system for monitoring environment and power supply in one or several distribution cabinets. Based on advanced
technologies, it provides effectiveness, reliability and safety of installed and working devices. EMS can be applied in server rooms, telecommunications, computer networks,
although it is most frequently used in small or medium Data Centers.
You can easily monitor the environment and power supply in a cabinet over Ethernet using this system. It consists of a main unit (Master), subunit (Slave) and a Hub.
EMS can also monitor the status of PDUs, thanks to replaceable MPD module with LCD display.
Features
• Supply voltage of Master and Slave – 250V, IEC320 C14/10A connector
• Supply voltage of Hub – 12VDC/RJ45
• Horizontal mounting
• Remote monitoring and management of environment in one or several cabinets through Ethernet
• Sending alarm information to defined e-mail addresses
• Internal built-in alarm (buzzer)
• Communication with a PDU through Web interface and SNMP(V2), Telnet and SSH protocols
• Can operate in Master/Slave/Hub system; maximum 11 Slave units with a use of Hub
• Possible to connect and control the status of up to 4 PDUs connected to the Master unit and up to 4 PDUs connected to a Slave unit
• Possible to control sensors connected to the Master and Slave units
• LCD display in the Master unit to verify the parameters of installed devices and reported alarms
• LED indicators in the Master and Slave units informing about connected sensors
• Master, Slave, Hub unit size LxWxH [mm]: 482.6 x 131.8 x 44.4
MPD
38
System for Monitoring Environmental Conditions
EMS-Environment Monitoring System
Web interface
WEB INTERFACE of devices connected to a PDU using not only a computer, but also a smart phone or a tablet.
It allows:
ź Supply voltage monitoring [V] of the Master
ź Current-load monitoring [A] of the Master
ź Power monitoring [kW] of PDUs with MPD modules
ź EMS may be monitored through Web interface compatible with most of the available web browsers that enables you to manage, monitor and control the status
connected to the Master
ź Energy consumption monitoring [kWh] of PDUs with MPD modules connected to the Master
ź Monitoring of the status of connected temperature/humidity, water, smoke and door sensors in Master and Slave units
ź Operating system status control in Master/Slave units
ź Adding, removing and modifying users
ź Controlling state of alarms and alarm values
ź Alarm threshold config for temperature and humidity sensors
ź Ethernet config
ź SMTP server config
ź SNMP interface config
EMS functionality
EMS consists of a main unit (Master) and up to 11 Slave units connected with a use of Hub. Such a system enables you to monitor environment in 12 cabinets.
The system also includes PDUs with hot-swappable LCD display. Parameters monitored in each unit: voltage and current of PDUs (max 4), temperature, humidity, smoke,
water and door. Alarms are sent in the case of exceeded defined thresholds or the occurrence of controlled events. Every event is saved in a log. There is a possibility of
assigning user permissions to particular units.
Monitoring
EMS can monitor the following parameters:
ź
Total current-load [A] for PDUs connected to EMS
ź
Energy consumption [kWh] for PDUs connected to EMS
ź
Supply voltage [V] for PDUs connected to EMS
ź
Master/Slave units status
ź
Active alarms
ź
Alarm logs
Energy consumtion monitoring
EMS can monitor energy consumption thanks to the installation of MPD modules in PDUs.
Energy consumption may be controlled through Web interface and LED display in MPD modules.
39
System for Monitoring Environmental Conditions
EMS-Environment Monitoring System
Environment conditions monitoring
EMS allows monitoring various environment conditions depending on the installed sensors. These include: temperature, humidity, smoke, door (access control) and water
sensors.
ź You can connect the following sensors to the Master unit and monitor them:
- two temperature and humidity sensors: T/H1 and T/H2
- two door sensors: Door1 and Door2
- one smoke sensor
- one water sensor
ź You can connect the following sensors to a Slave unit:
- two temperature and humidity sensors: T/H1 and T/H2
- two door sensors: Door1 and Door2
- one smoke sensor
- one water sensor
Settings
You can set up the following parameters in EMS:
ź Minimum and maximum current-load [A] of connected PDUs
ź Minimum and maximum supply voltage [V] of connected PDUs
ź Ethernet (IP address, gate, mask, DNS)
ź Telnet and SSH interfaces
ź SNMP interface
ź HTTP interface
ź SMTP server parameters
ź E-mail addresses
ź User accounts
ź Temperature range [min/max]
ź Humidity range [min/max]
T/H Sensor 1
T/H Sensor 2
Smog sensor
Door sensor 1
Door sensor 2
Water-logging sensor
Internet
EMS Master
Router
Switch
Metered PDU-1 (current, voltage, power)
Metered PDU-2 (current, voltage, power)
Metered PDU-3 (current, voltage, power)
PC
Metered PDU-4 (current, voltage, power)
EMS-HUB
T/H Sensor 1
T/H Sensor 2
Smog sensor
Door sensor 1
Door sensor 2
EMS Slave
Metered PDU-1 (current, voltage, power)
Water-logging sensor
Metered PDU-1 (current, voltage, power)
Metered PDU-2 (current, voltage, power)
Metered PDU-2 (current, voltage, power)
Metered PDU-3 (current, voltage, power)
Metered PDU-3 (current, voltage, power)
Metered PDU-4 (current, voltage, power)
Metered PDU-4 (current, voltage, power)
40
System for Monitoring Environmental Conditions
EMS-Environment Monitoring System
Control and communication
ź LCD display & LED indicator
- Master unit has been fitted with LCD display and LED indicators.
- LCD display provides the view of system status, supply voltage, current-load and energy consumption of connected PDUs. You can also verify the sate of connected
temperature and humidity, door, water and smoke sensors.
- LED indicators in the Master unit inform about a number and type of installed sensors and PDUs, as well as ports they are connected to. You can also check how
many Slave units there are in the EMS.
- Slave unit has been fitted with LED indicators, which inform about a number and type of installed sensors and PDUs, as well as ports they are connected to.
ź Web interface accessible through Internet Explorer, Opera, Chrome and Firefox web browsers
ź Ethernet 10/100 Mbit/s
ź PDU connection to external applications and devices through SNMP (V1) protocol
ź Communication between Master/Slave/Hub units through RS485/RJ45 protocol
Alarms
EMS allows monitoring of and alarming about parameters that have significant influence on proper operation of devices connected to a PDU and installed sensors.
EMS can alarm about the following parameters:
ź Minimum and maximum current-load [A] of connected PDUs
ź Minimum and maximum supply voltage [V] of connected PDUs
ź Minimum and maximum temperature
ź Minimum and maximum humidity
Ways of alarming
EMS offers several ways of notifying a user about a current alarm, which includes:
ź Internal built-in alarm (buzzer)
ź Displaying alarm information on LCD display
ź Alarm notification over the Web interface
ź Sending alarm information to e-mail address
ź Sending SNMP Traps
BKT 19" Matering power distribution Unit with MPD matering module
MPD Metering Module
Replaceable MPD metering modules inform about PDU’s parameters with a possibility of sending this information through RJ45 port to Master and Slave units of EMS.
MPD metering module is the latest designed and patented hot-swappable device with a multipurpose modular structure.
Its LCD display informs you about supply voltage [V] and current of a PDU and sends this information through RJ45 port (RS485) to EMS. It also displays information
about the current power [kW] and has built-in energy meter [kWh].
41
System for Monitoring Environmental Conditions
EMS-Environment Monitoring System
Hot-swappable Module Technical Parameters
Item
Parameter
Value
Supply Voltage
PDU Working Voltage
110/250 VAC, 50/60Hz
Output Port
RJ45
Communication Protocol
RS485
Output
Digital
Voltmeter
Digital
Ammeter
Power
Electrical
Energy Meter
Maximum
255V
Accuracy
±1% +3
Resolution
1V
Maximum
32V
Accuracy
±1% +1
Resolution
100mA
Resolution
0,1kW
Pulse Rate
1000imp/kWh
Level
1
Resolution
0,1 kWh
Size
110 x 41 x 56mm
Casing
Operation
Environment
Colour
Czarny
Temperature
0°C~55°C
Humidity
10%~90%
Accesories
Supported sensor
Temperature and humidity sensor
(1134CTH01)
Door sensor
(1134CTH01)
Water sensor (1134CWS01)
Smoke sensor (1134CSS01)
Mounting brackets
Tool brackets
Available EMS Models
Model
Index
EMS (Master)
1134EM01
EMS (Slave)
1134ES01
EMS (HUB)
1134EH01
19” MPD Metering Power Distribution Units for EMS with a Socket for an MPD Metering Module
Model
Input Connector
Outlets
Index
19" MPD Unit with a Socket
for an MPD Module
6 x NF C61-314
11342050.06-1
DIN49441 (unischuko)/16A, 250V
(PL, FR standard)/ 16A, 250V
19" MPD Unit with a Socket
for an MPD Module
DIN49441 (unischuko)/16A, 250V
6 x DIN 49440
(schuko)/16A, 250V
MPD module for MPD units of EMS metering voltage, current and energy consumption, with a built-in
meter and LCD display.
11342050.06-0
11342050.06-0
Available outlets for Power Distribution Units with MPD Matering Module
DIN 49440 16A/250V
NF C61-314 16A/250V
42
Environmental Condition Monitoring System
EC335 4DC Environmental Condition Controller
The controller is designed to monitor environmental parameters (temperature, humidity, etc.) in a telecommunications cabinet or in small rooms. Its purpose is to warn users
about a potential hazard and report any failures. 28 analogue sensors, 36 sensors with a potential-contact output and two signalling devices can be connected to the
controller.
Device characteristics and technical parameters
Software
Hardware
Analogous
inputs
4 inputs (RJ12 sockets) for specific analogous sensors. Any combination
of 4 sensors can be connected to the device. Some sensors can be
connected in stacks. The type of a sensor is detected automatically.
Potential-free
inputs
4 inputs (removable terminal strip) for any sensors with output
and potential-free contacts.
Outputs
2 voltage outputs (removable terminal strip) 12V/250mA
CAN connector
Connector for up to 8 extension modules for additional EA321 analogous
inputs and additional EE322 potential-free inputs
Other connectors
10/100Mbps Ethernet port (RJ45 socket)
USB 2.0 port (Mini-B socket)
Other
Optional card of a GSM module
Power supply
External plug adapter 12V/1A, power consumption ≤ 10W
Dimensions
180x80x33 (width x depth x height)
Operating
conditions
Temperature: 0°C - 60°C
Humidity: 0% - 90% RH (no condensation)
Weight
700g
Index
122EC003350
Operating system
Linux
Configuration
Through a web interface
Supported protocols
HTTP, HTTPS, PING, DHCP, RADIUS, SYSLOG,
FTP, SNTP, SMTP, SNMP (v1,v2,v3)
Alarm notifications
Email, SNMP trap, SMS (optionally)
Functionality
See tables below
Index: 122EC003350
Basic functionality
Automatic sensor presence and type
detection
4 alarm thresholds for the sensor
Adjustable logic functions
PSMS, email, SNMP Trap notofications
Monitoring of conditions of other
devices in a network through PING,
SNMP Get protocols
Support for a USB camera
(e.g. Logitech C210) for remote
monitoring of IT infrasturcture
Access to a limited history
of measurement values
Creating users of different access
rights
Loading an object map for the device
Visualisation of device status from
external software, e.g. SM4DC
43
Environmental Condition Monitoring System
EC335 4DC Environmental Condition Controller
Analogue sensors
Type
Description
Index
ES350 – Temperature sensor
Measurement range: -10°C - +100°C
Dimensions: 60x18x18
Maximum length of a connection cable: 100m
122ES003500
ES351 – Humidity sensor
Measurement range: 10% - 95% RH
Dimensions: 60x18x18
Maximum length of a connection cable: 50m
122ES003510
ES352 – Voltage sensor 230V AC
Measurement range: 90VAC - 250VAC
Dimensions: 63x66x30
Maximum length of a connection cable: 100m
122ES003520
ES353 – Door sensor (reed relay + magnet)
Possible stack connection of up to 10 sensors
Dimensions: 60x18x18
Maximum length of a connection cable: 150m
122ES003530
ES354 – Vibration sensor
Possible stack connection of up to 10 sensors
Dimensions: 60x18x18
Maximum length of a connection cable: 150m
122ES003540
ES356 – Optical smoke sensor
Possible stack connection of up to 10 sensors
Dimensions: 100x45
Maximum length of a connection cable: 150m
122ES003560
ES357 – Passive infrared sensor
Movement detection range: 100° x 12m
Dimensions: 105x57x40
Maximum length of a connection cable: 50m
122ES003570
ES358 – External temperature sensor
Measurement range: -40°C - +100°C
Dimensions: 7x30 + 15m cable
Maximum length of a connection cable: 100m
122ES003580
ES359 – Flood sensor
Detection delay: 1s
Dimensions: 60x18x18
Maximum length of a connection cable: 100m
122ES003590
ES360 – Flood sensor for a water detection cable
For connection of an ES361 water detection cable
Dimensions: 60x18x18
Maximum length of a connection cable: 100m
122ES003600
ES361 - Sensor detecting water and other conductive liquids
An ES360 sensor is required for connection
Dimensions: 60x18x18
Available lengths: 6m, 10m, 25m, 50m
122ES003610
ES362 - 4-20mA sensor
Any sensors with 4-20mA output can be connected to the controller
Galvanic insulation 1kV between the input and output
Dimensions: 60x18x18
ES363 - 60V DC voltage sensor
Galvanic insulation 1kV between the input and output.
Measurement range: 0VDC - 60VDC
Dimensions: 60x18x18
122ES003620
122ES003630
44
Environmental Condition Monitoring System
EC335 4DC Environmental Condition Controller
Extension modules and accessories
Type
Description
Index
EE321 – Extension module with additional 8 analogous inputs
The module is connected to a CAN controller connector.
The controller supports up to 28 analogous sensors.
The module has no 19” brackets.
Dimensions: 110x68x40
122EE003210
EE322 – Extension module with additional 32 potential-free inputs
The module is connected to a CAN controller connector.
The controller supports up to 32 additional potential-free inputs
19” brackets included.
Dimensions: 215x40x40
EA311 - 1U bracket for a 19'' cabinet for EC335 4DC
Dimensions: 482x44x80
122EE003220
122EA003110
EA315 - Light indicator
Power voltage 12V, 80mA
Dimensions: ɸ73x45
Flashing frequency: 1Hz
122EA003150
EA317 - GSM modem for EC300 4DC
Dimensions: 60x50x15
A modem for SMS communication operating in GSM
850/900/1800/1900 MHz networks.
122EA003170
Connection diagram
Antenna of an optional GSM modem
Connectors for analogue sensors
Internal temperature sensor
Connector for a local Ethernet network
LED ACT – active device indicator light
LED E1 – output 1 active
LED E2 – output 2 active
LED ERROR – faulty operation indicator light
LED CAN – CAN port operation indicator light
LED GSM – optional modem operation indicator light
USB service connector/camera connector
Earthing connection point
12VDC 250mA voltage outputs
Inputs for potential-free contacts
Connector for an optional 1-wire module
Default setting recovery switch
12VDC power supply connector
CAN connector for extension modules
12VDC mx 250mA indicators
45
Potential-free contacts
Access Control System
Control of access to telecommunications cabinets and kiosks
This system provides authorised users with controllable access to devices installed in cabinets. It allows you to define which person is authorised to open a particular cabinet
door and at what exact moment. Implementation of this system requires additional cabinet door fittings to be provided, i.e. handles with an electromagnetic lock, a door
opening magnetic sensor and active devices: door controllers, a main controller, a software server. The drawing below shows a sample access control system using devices
supplied by and communicating via a computer network.
A sample structural scheme of an access control system for a server kiosk
Main controller
Ethernet cable
Multi-conductor cable
Server
PoE
supplied
controllers
Controllers
with readers
and a touch
display
on a sliding
door
Door cabinet
handles
Sliding door electric jumpers
The presented devices are for reference only
46
System Manager for Data Center
System Manager for Data Center SM4DC
SM4DC software (System Manager for Data Center) is intended to visualise status and control devices installed in server rooms and Data Processing Ceners. The System
Manager is based on market-proven SCADA (Supervisory Control and Data Acquisition) industrial software. It guarantees transparent, effective and safe management
(monitoring and control) of telecommunications infrastructure installed in a building.
Application range
Server room telecommunications infrastructure
ź Power supply systems
ź Cooling systems
ź Safety systems: SSP, CCTV, SSWIN, KD, etc.
ź Active IT devices
External cabinets
ź Monitoring of environmental conditions inside a cabinet
ź Support of installed active devices
Functionality
Easy and effective management
ź Visualisation of status and management of individual infrastructure components from one common platform
ź Creation of visualisation screens adopted to user’s needs
ź Remote access to view and control the system, e.g. from a mobile device through a web browser
ź System operating in the Windows environment
ź Possible installation on virtual machines
System openness
ź Possible integration with Building Management Systems
ź Communication with devices using the following protocols: SNMP, Modbus, MBus, BACnet and other
ź Communication with programmable logic controllers: Siemens Simatic, Allen Bradley, Mitsubishi, ADAM, FATEK, Omron and other
ź Possible cooperation with data bases: dBase, MS SQL Serwer, Oracle, MySql, FireBird, Microsoft Access, Excel, Calc, Paradox, SYBASE, OPC server
Safety
ź Access for users protected with passwords
ź Distribution of rights for administrators and system users
ź Possible encryption of remote connection with an https protocol
ź Control of an executed application with a programmed Watchdog
ź Possible protection against hard drive overfilling by cyclical overwriting of alerts, trends and events
ź Support for operation in a redundant system
ź Display and storage of alarm states
47
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