Siemens CA 373 Series Technical data

Selection And Application Guide
lightingSYSTEM
control
The LCP3000EZ System
Based on Instabus EIB Technology
Fully Modular
LCP3000EZ Lighting Control System
Table of Contents
Instabus EIB Technology
2
System Overview
3
Selection Process
4 – 10
E-Z-Config Tool
11
System Components
Enclosures
12
Internally Mounted Devices
Load Switch N 512
Switch Inputs N 261
Annual Scheduler REG 372
Annual Scheduler REG 373
Power Supply N 123
Choke N 120
RS 232 Interface N 148
Connector REG 191
13 – 20
13
14
15
16
17
18
19
20
Externally Mounted Devices
Dual Sensor AP 254
Motion Detector UP 255
Switch Interface UP 220
Touch Panel Vision UP 588
Ethernet Interface N 148/21
21 – 25
21
22
23
24
25
LCP3000EZ Lighting Control System
Overview — Instabus EIB Technology
About This Guide
This Selection and Application Guide helps you select the
correct number of LCP3000EZ panels, inputs, outputs and
accessories to fit your lighting control application.
operating functions and procedures can be controlled,
monitored and signaled via a single shared twisted pair
cable. In addition to the reduced number of cables and
wiring, there are other advantages: initial installation is
much simpler and, later, it can be extended or modified
without difficulty. The LCP3000EZ Lighting Control Panels
can be quickly and easily updated for new configurations
or rearranged layouts simply by reassigning (reconfiguring)
the devices. And it is not necessary to add any new wiring.
Organization
System Overview
Provides an introduction into the lighting control system
based on Instabus EIB.
Technical Description
Explains the Instabus architecture and technology.
Selection Process
Explains the step-by-step process for planning and
designing a new or retrofit lighting control system.
E-Z-Config Tool
Describes the Palm OS based configuration tool, which
can also be run on a PC using an emulator.
Information Forms
Support gathering information about the desired lighting
control system function and layout.
System Components
Data sheets for all components used in the Siemens
Lighting Control System LCP3000EZ.
The LCP3000EZ Lighting Control Panels also can be
connected to building automation systems. This means
that the LCP3000EZ Lighting Control Panels can be used
as economically in private homes as in hotels, schools,
banks, office buildings or building complexes. Because
of these advantages, Instabus has been used in over
100,000 installations world-wide with more than 10
million deployed devices.
Forms
These forms are an essential part of the application
selection process. The forms can be found on pages
5 – 8 or on the Web: http://www.sea.siemens.com/power/
Data is transmitted serially and according to fixed rules
(bus protocol). This involves packing information into a
telegram and transporting it via the bus from one sensor
(inputs) to one or more actuators (outputs — load relays).
Transmission
Instabus is a decentralized, event-controlled bus system
with serial data transmission. All connected bus devices
can exchange information with each other through the
shared transmission route (the bus).
product/pdprodlc_3000ez.html
Before proceeding, take a moment to make several
photocopies of the forms.
Instabus EIB Technology Overview
Greater demand for flexibility, ease of installation and
lower energy consumption have led to the development
of lighting control and building management systems.
EIB is a standardized bus technology (ANSI EIA 776, EN
50090) used world-wide for these systems. The Siemens
LCP3000EZ lighting control panels take advantage of the
Instabus EIB technology.
Advantages
In conventional lighting control systems, each function
needed its own wiring and each control system its own
separate power supply. With Instabus, however, all
2
Technology
There is no centralized control unit; each device has its
own operational program which is stored in non-volatile
memory. This removes the possibility of a complete
system shut down, which can occur on conventional
systems when the main logic board fails.
The power supply provides individual devices with 24V DC
Class 2 power (safety extra low voltage, SELV) with a
maximum current of 320mA. It has power and current
limiters and is shortcircuit-proof.
Short network interruptions are bridged with 100ms
stored-energy time.
The twisted pair cable maximum length, including all
branches is 3300’ (1000 m.)
LCP3000EZ Lighting Control System
System Overview
System Overview
The LCP3000EZ Lighting Control System is fully modular in
design. In its basic form, it consists of ten network able low
voltage relay control panels.
Each panel contains microprocessor controlled inputs and
control relay modules, each containing an individual
microprocessor. Each panel offers 8, 16, 24 or 32
programmable switch inputs and 8, 16, 24, 32, 40 or
48 programmable control relays.
A set of up to ten panels with a total of up to 320 inputs
and 480 relay outputs is network able without using
communication or networking cards in any of these ten
panels. Each panel contains an RS 232 interface module
for access and configuration of the system. The set of up
to ten panels consists of a base and up to nine expansion
panels. The base panel is marked as Panel A, the expansion
panels are marked as Panel B, C, D, E, F, G, H, J and K.
Each system panel has an RS-232 interface module for
access and configuration of any of the set of ten panels;
this allows to configure the complete network of 10 panels
from any panel. Additionally, each panel has its own power
supply. Panel A (first panel) can be fitted with an optional
four channel or 16 channel time clock; the first four
channels of the 16 channel time clock have astronomical
time clock feature. Panel A is also expandable with a Dual
Sensor for outdoor ambient light level and temperature
reading, and/or with a key switch which can be used for
override purposes.
Each individual control relay provides an optional timer
function with output timers for 30, 60, 90, 120, 180,
240 300 or 360 minutes. Each individual control relay
provides an optional Warn Off (flash the lights) to inform
the occupants of an impending Off command. The Warn
Off command provides a time duration of 5 extra minutes.
The occupants may exit the premises with adequate
lighting or cancel the Warn Off by overriding the lighting
zone. Each individual control relay permits lighting to be
overridden ON for after hours use or cleaning. The control
system provides timed overrides assigned to specific relays.
Override times may be configured to 30, 60, 90, 120,
180 or 240, 300 or 360 minutes. Once the timed override
expires, the control system returns the relays to their
programmed state. These overrides are hard-wired inputs.
Each control relay output provides a logic control function
for logic (AND, OR) combination of inputs controlling the
output relay.
Configuring the control system is through a Palm OS
or PC based configuration software. The Palm OS device
or PC may be connected to any panel in the control
system via the RS 232 interface module. Descriptive
information assists the user to employ the system
without a programming manual.
The control system provides networking between sets
of up to ten lighting control panels without adding
communication or networking cards in each of these
ten panels. Sets of up to ten lighting control panels are
wired to the same line (twisted pair network).
Panel A is also the home of the optional IP Interface
for Internet Protocol access via LAN to the lighting
control system.
The IP Interface option, allows the connection of networks
of more than 10 panels via LAN This control system
network may support up to 500 control panels.
Each system panel (Panels A to K) provides up to 32
programmable switch inputs, up to 48 programmable
control relays, an RS 232 interface module for access
and configuration of any of the set of ten control panels.
Optionally, each expansion panel is expandable with a
Touch Panel, which allows touch control of all the loads
connected to that panel, and/or with up to two motion
sensors. These options are added without using any of
the programmable switch inputs on any of the panels.
Any input in any panel can control any output in any
panel and also as many outputs as the configuration
should require.
The IP interface, also allows access to the lighting control
system from the owner’s LAN and it is also the point
to connect to BAS.
3
LCP3000EZ Lighting Control System
Selection Process
Part 1: Plan the Project
Selecting LCP3000EZ Panels and Accessories
This section describes the application selection process for
the Siemens LCP3000EZ Lighting Control System.
Application selection is a two-part process in which you:
1. Plan the project.
2. Design the project.
Each part of the process includes several steps. All steps
are required for most projects.
3. Identify application and function issues.
Step 1: Determine the application requirements
and objectives
This step answers the question, ”Why is a lighting control
system being specified?”
You can gain insights into the application requirements by:
Reviewing blueprints or other documents.
Talking to the client or the client’s representative about
how the space will be used.
Talking to the client or the client’s representative about
their goals for lighting control.
Step 2: Determine how rooms or buildings will be used
This information is essential for developing a good design.
You can determine how an area will be used by asking the
following questions:
Is this new or retrofit construction?
Does the system extend outdoors?
Who are the occupants?
What needs to be controlled?
How much control is required?
Who needs to control the system?
What future changes are planned or should be possible
without rewiring?
Step 3: Identify application and function issues.
This step allows you to decide what features and control
mechanisms to build into the system. You can determine
the requirements by asking the following questions:
How many switching groups are required?
Where can the panels be mounted?
Where will wall switches be mounted?
Is security lighting required?
How are functions to be controlled?
Which functions should be linked?
Are overrides required?
Will the system be monitored remotely or locally?
NOTE: Use the Configuration Forms to organize this data.
The formscan be found in our Web page:
http://www.sea.siemens.com/power/product/pdprodlc_3000ez.html
See blank form samples on pages 6 –9.
4
Part 2: Design the Project
System design involves selecting the topology and components
that best meet the requirements identified during the
planning process. During planning, follow these guidelines:
System supports a decentralized structure regardless of
system size.
System adapts to new functions easily.
Up to 10 panels can be combined in one system.
The standard enclosures are for surface mounting and
have a non-key lock.
Flush mounting kit and key lock are optional.
Each panel can have up to: 48 outputs, 32 digital (dry
contacts) inputs, two motion detectors, and one LCD
touch panel.
Control can be time dependent, light dependent, motion
dependent or a combination.
System design involves several steps:
Step 1: Determine the number of lighting control
panels in the system.
The Configuration Forms help determine the number of
panels. Each panel may have up to 32 inputs and 48 output
relays each panel in the system has a separate catalog
number. (See 10th digit in the catalog number.)
Step 2: Determine panel location in the building.
Lighting Control Panel should be mounted adjacent to the
panelboard feeding the load.
Step 3: Determine catalog number
a. Determine number of output modules in each
panel (12th digit in catalog number).
Divide the number of outputs per panel by 8 and round
up to the next integer.
Example: 9 output relays are required. Then insert two (2)
for the outputs in the order number for that panel. Number
of output modules determines the panel size (7th digit in
catalog number).
b. Determine number of switch inputs (digital
inputs /dry contacts)
Divide the number of inputs per panel by 8 and round
up to the next integer.
Example: 7 inputs are required. Then insert one (1) or the
inputs in the order number for that panel.
Step 4: Select accessories (ordered separately)
A system of up to 10 panels can have:
A four channel or 16 channel time clock (If astronomical
clock is required, use the 16 channel clock).
A key switch for overrides
One outdoor light and temperature dual sensor
IP connectivity for Web Access operation
Each panel can have:
– Up to two motion sensors
– Touch panel
Step 5: Choose enclosure options
– Flush mount
– Key lock
LCP3000EZ Lighting Control System
Selection Process
Information Form Sample 1 — Relay Outputs
RELAY OUTPUTS
Panelboard
Ckt
Relay
Description
Control
Logic
LCP3000EZ
Manual Override
Relay
Module
A
Relay
1
A
2
B
3
C
4
001
D
5
E
6
F
7
G
8
H
9
A
10
B
11
C
12
002
D
13
E
14
F
15
G
16
H
17
A
18
B
19
C
20
003
D
21
E
22
F
23
G
24
H
5
LCP3000EZ Lighting Control System
Selection Process
Information Form Sample 1 — Relay Outputs
RELAY OUTPUTS
Panelboard
Ckt
Relay
Control
Logic
Manual Override
A
Relay
25
A
26
B
27
C
28
004
D
29
E
30
F
31
G
32
H
33
A
34
B
35
C
36
005
D
37
E
38
F
39
G
40
H
41
A
42
B
43
C
44
6
Description
LCP3000EZ
Relay
Module
006
D
45
E
46
F
47
G
48
H
LCP3000EZ Lighting Control System
Selection Process
Information Form Sample 2 — Time Clock Schedules (Weekly)
Time Clock Schedules (Weekly Schedule)
Schedule
Number Description
Monday
Tuesday
Wednesday Thursday
Friday
Saturday
Sunday
On/ Time On/ Time On/ Time On/ Time On/ Time On/ Time On/ Time
Off
Off
Off
Off
Off
Off
Off
1
2
3
4
5
6
7
LCP3000EZ Lighting Control System
Selection Process
Information Form Sample 2 — Time Clock Schedules (Weekly)
Time Clock Schedules (Weekly Schedule)
Schedule
Number Description
7
8
9
10
11
12
8
Monday
Tuesday
Wednesday Thursday
Friday
Saturday
Sunday
On/ Time On/ Time On/ Time On/ Time On/ Time On/ Time On/ Time
Off
Off
Off
Off
Off
Off
Off
LCP3000EZ Lighting Control System
Selection Process
Part 3: Determine Catalog Numbers
5WG1 70
–8X –Z Enclosure Height
Panel Designation
Number of Input Modules
Number of Output Modules
Enclosure Options
Enclosure Height
3 = 24” (up to 16 relays = 2 output (relay) modules)
4 = 32” (up to 32 relays = 4 output (relay) modules)
5 = 40” (up to 48 relays = 6 output (relay) modules)
Panel Designation A, B, C, D, E, F, G, H, J or K
Number of Input
Modules
Select 0, 8, 16, 24 or 32 inputs. Divide the number of inputs by 8 to get the number to enter at this
location. i.e. 24 inputs/8 = 3
Number of Output 1 to 6 (8 outputs per module: i.e. 48 outputs/8 outputs per module = 6 Output modules)
Modules
Enclosure Options Blank = None
1 = Flush mounting kit
2 = Key lock
3 = Key lock + Flush mounting kit
Final step: select accessories and options. (Ordered separately – see page 10.
9
LCP3000EZ Lighting Control System
Selection Process
Step 3: Determine Catalog Numbers
LCP3000EZ Catalog Numbering /Accessories
Catalog Number
Description
5WG1 703-8XX00
5WG1 704-8XX00
5WG1 705-8XX00
5WG1 700-8XX00
5WG1 372-5EY01-Z-A201
5WG1 373-5EY01-Z-A202
5WG1 255-2AB1 1
5WG1 1 14-2AB02-Z-A221
5WG1 11 4-2AB02-Z-A231
5WG1 11 4-2AB02-Z-B222
5WG1 1 14-2AB02-Z-B232
5WG1 11 4-2AB02-Z-C223
5WG1 11 4-2AB02-Z-C233
5WG1 11 4-2AB02-Z-D224
5WG1 11 4-2AB02-Z-D234
5WG1 11 4-2AB02-Z-E225
5WG1 1 14-2AB02-Z-E235
5WG1 11 4-2AB02-Z-F226
5WG1 1 14-2AB02-Z-F236
5WG1 1 14-2AB02-Z-G227
5WG1 1 14-2AB02-Z-G237
5WG1 1 14-2AB02-Z-H228
5WG1 1 14-2AB02-Z-H238
5WG1 1 14-2AB02-Z-J229
5WG1 1 14-2AB02-Z-J239
5WG1 11 4-2AB02-Z-K230
5WG1 11 4-2AB02-Z-K240
5WG1 588-2CB1 1-Z-A21 1
5WG1 588-2CB1 1-Z-B21 2
5WG1 588-2CB1 1-Z-C213
5WG1 588-2CB1 1-Z-D214
5WG1 588-2CB1 1-Z-E215
5WG1 588-2CB1 1-Z-F21 6
5WG1 588-2CB1 1-Z-G21 7
5WG1 588-2CB1 1-Z-H218
5WG1 588-2CB1 1-Z-J219
5WG1 588-2CB1 1-Z-K220
5WG1 254-3EY01 -Z-A203
5WG1 220-2CB02-Z-A204
5WG1 148-1AB21 -Z-A251
Flush mount kit for 20" X 24" box with 3 7.5 mm deep DIN Rails
Flush mount kit for 20" X 32" box with 4 7.5 mm deep DIN Rails
Flush mount kit for 20" X 40" box with 5 7.5 mm deep DIN Rails
Key lock kit for all panels
4 channel time clock
16 channel time clock
Motion sensor
Wall mounted bus coupler for motion sensor(s), Panel A
Wall mounted bus coupler for motion sensor(s), Panel A
Wall mounted bus coupler for motion sensor(s), Panel B
Wall mounted bus coupler for motion sensor(s), Panel B
Wall mounted bus coupler for motion sensor(s), Panel C
Wall mounted bus coupler for motion sensor(s), Panel C
Wall mounted bus coupler for motion sensor(s), Panel D
Wall mounted bus coupler for motion sensor(s), Panel D
Wall mounted bus coupler for motion sensor(s), Panel E
Wall mounted bus coupler for motion sensor(s), Panel E
Wall mounted bus coupler for motion sensor(s), Panel F
Wall mounted bus coupler for motion sensor(s), Panel F
Wall mounted bus coupler for motion sensor(s), Panel G
Wall mounted bus coupler for motion sensor(s), Panel G
Wall mounted bus coupler for motion sensor(s), Panel H
Wall mounted bus coupler for motion sensor(s), Panel H
Wall mounted bus coupler for motion sensor(s), Panel J
Wall mounted bus coupler for motion sensor(s), Panel J
Wall mounted bus coupler for motion sensor(s), Panel K
Wall mounted bus coupler for motion sensor(s), Panel K
Panel A, Touch Panel
Panel B, Touch Panel
Panel C, Touch Panel
Panel D, Touch Panel
Panel E, Touch Panel
Panel F, Touch Panel
Panel G, Touch Panel
Panel H, Touch Panel
Panel J, Touch Panel
Panel K, Touch Panel
Outdoor ambient light level sensor
Key switch
IP Interface; IP remote configuration
10
SWG1 373-5EY01 -Z-A202
16 channel time clock
SWG1 254-3EY01 -Z-A203
Outdoor ambient light level sensor
SWG1 148-1AB21 -Z-A251
IP interface; IP remote visualization
and control
LCP3000EZ Lighting Control System
E-Z Config Tool
The LCP E-Z-Config Tool is a software program developed
by Siemens to allow installers to easily configure the
LCP3000EZ lighting control system. It is distributed free
of charge with every system.
Palm Pilot with the following requirements is needed:
Palm OS 3.5 or higher
2MB RAM or more
Serial interface RS 232 or a Windows based PC with
Palm Emulator software installed. This software is also
distributed free of charge with every system.
The LCP3000EX E-Z Config Tool allows:
Configure and download functions to a system
Upload an existing configuration from a system
Test the configuration
Operate the relays one at a time or as a block
Read relay status
Operate relays using linked inputs
Read outdoors light and temperature levels
11
LCP3000EZ Lighting Control System
System Components
11.35
(288 mm)
12.05
(306 mm)
11.35
(288 mm)
40
(1016)
11.35
(288 mm)
12.05
(306 mm)
32
(813)
20
(508)
20
(508)
12.05
(306 mm)
24
(610)
20
(508)
Dimensions in inches and (mm)
Enclosures
The Siemens Instabus lighting control panel supports the
system components and other panel mounted devices.
All panel mounted devices snap into DIN rails. An integral
data rail provides 24V DC power and communications to
the system.
The lighting control panel enclosures are 20 inches in
width; either 24, 32 or 40 inch high, and 5 ³⁄₄ inches deep.
Flush-mount and surface-mount enclosures are available
for new or retrofit projects.
Height
Description
Catalog Number
24” (610 mm)
32” (813 mm)
Freestanding, surface mount enclosure
Freestanding, surface mount enclosure
11 -D-2275-01
11 -D-2276-01
40” (1016 mm)
Freestanding, surface mount enclosure
11 -D2277-01
24” (610 mm)
Flush mount kit
11 -D-2278-01
32” (813 mm)
Flush mount kit
11 -D-2279-01
40” (1016 mm)
Flush mount kit
11 -D-2280-01
N-A
Key lock kit
11 -D-2281-01
12
LCP3000EZ Lighting Control System
Internally Mounted Devices
Load Switch N 512
The load switch N 512 is an N-system
DIN rail mounted device. Via its eight
outputs, it can switch eight separate
groups of electric devices. The power
supply of the load switch N 512 is
provided by the bus (i.e., it requires
no additional power supply). The
outputs may be operated manually
via slide switches. These switches
5WG1 51 2-1 CB01
also show the actual switching state
(when switching manually as well as
when switching via the bus). Each of
the outputs (relays) can be assigned
various tasks depending on the
application program used, i.e. the
load switch N 512 consists of the
device (hardware) and its application
programs (software).
Technical Data
Dimension Diagrams
Power Supply
Class 2 via bus line, 24V DC
Device Rating
480 V AC
Outputs
Number: 8 contacts
Rated voltage: 12 – 277V AC, 50... 60 Hz Rated current: 20 Amp
Switching characteristic: no contacts
Control
Elements
Eight slide switches for manual operation
Display
Elements
One red LED: for monitoring bus voltage and displaying mode,
selected with the learning button
Eight slide switches providing switching state information
Dimensions in inches and (mm)
Connections
Load circuit: AWG# 14-12 solid or stranded Cu bus line: One screwless
bus connection block AWG #20 –18 solid Cu, pressure contacts on
data rail
Typical Circuit
Physical
Specifications
Housing: plastic
N-system DIN rail mounted device, width: 144 mm (5.67”)
Weight: approx. 560 gr
Installation: rapid mounting on DIN EN 50022-35 x 7.5 rail
Reliability
99.92% based on 1,000,000 units/10 years of operation under load
Electromagnetic
Compatibility
Complies with Part 15 of the FCC rules pursuant to the limits
Class A digital device
Environmental
Specifications
Ambient temperature operating: 23ºF – 113ºF (-5... +45ºC)
Ambient temperature non-op.: -13ºF – 158ºF (-25... +70ºC)
Relative humidity (non-condensing): 5 % to 93
Listings and
Certifications
UL listed (E173 174)
UL 916, Energy Management Equipment Accessory CSA
certification (pending)
EIB certified
CE Mark
Complies with EMC regulations (residential and non-residential
buildings) and low voltage regulations
3.54
(90)
1.77
(45)
1.74
(44)
2.17
(55)
5.67
(144)
load circuit
AC 230/400V
load switch N512
channel A
channel B
channel C
bus coupling unit
instabus EIB
+ –
channel D
channel E
channel F
L1 L2 L3 N
1
2
3
4
5
6
7
8
9
10
11
12
13
L
L
L
L
L
L
L
L
L
14 L
15
16 L
17 L
18
19 L
channel G
channel H
20 L
21
22 L
23 L
24
electric
load, e.g.
flourescent
lamp
13
LCP3000EZ Lighting Control System
Internally Mounted Devices
Binary Input N 261
The binary input N 261 is an N-system
DIN rail mounted device with four
inputs. The inputs require 24 AC or
DC; this voltage is provided by the
panel’s own power supply unit. Each
of the inputs can be assigned to
control as many outputs as required
by the lighting system.
5WG1 261-1CB01
Technical Data
Dimension Diagrams
3.54
(90)
Power supply
Inputs
Class 2 via bus line, 24V DC
Number: 4 inputs
Input signal voltage:
– Rated value: 24V AC/DC
– Frequency: 47... 63 Hz (at 24V AC)
– Signal “0”: -30… +5V DC, 0... 5V AC
– Signal “1”: +10… +30V DC, 10... 30V AC
Input current:
– 3.5 mA (at 24V AC) and, 6 mA (at 24V DC) Input signal
length: min. 50 ms
Inputs can be from maintained or momentary contacts.
Length of input signal cable: max. 110 yards (100 m)
Display
Elements
1 red LED: for monitoring bus voltage and displaying mode,
selected with the learning button
Connections
Signal inputs, screwless plug-in terminals
Load circuit: AWG # 20-14 solid Cu
Bus line: pressure contacts on data rail
Physical
Specifications
Housing: plastic
N-system DIN rail mounted device, width: 1.42” (36 mm).
Weight: approx. 0.33 lb (150 gr)
Installation: rapid mounting on DIN EN 50022-35 x 7.5 rail
1.77
(45)
1.74
(44)
2.17
(55)
1.43
(36)
Dimensions in inches and (mm)
Typical Circuit
input signal
voltage
24V AC/DC
instabus EIB
binary input N 261
channel A
2
Reliability
99.92% based on 1,000,000 units/10 years of operation under load
4
Electromagnetic
Compatibility
Complies with Part 15 of the FCC rules pursuant to the limits for a
Class A digital device
COM (–)
3
6
channel C
1
Environmental
Specifications
Ambient temperature operating: 23ºF – 113ºF (-5... +45ºC)
Ambient temperature non-op.: -13ºF – 158ºF (-25... +70ºC)
Relative humidity (non-condensing): 5% to 93%
Listings and
Certifications
UL listed (E173 174)
UL 916, Energy Management Equipment Accessory
CSA certification (pending)
EIB certified
CE Mark
Complies with EMC regulations (residential and non-residential
buildings) and low voltage regulations
channel B
channel D
5
switching/
keying signals
14
LCP3000EZ Lighting Control System
Internally Mounted Devices
Annual Scheduler REG 372
The 4-channel time switch REG 372
is a DIN rail mounted device for
mounting in distribution boards. The
connection to system is made via a bus
connector. The time switch offers: 322
switching schedules.
5WG1 372-SEY01
Technical Data
Dimension Diagrams
2.58
(66)
Power supply
Inputs
Class 2 via bus line, 24V DC. Consumption: 9mA (at bus voltage)
4 channels
Time base: quartz precision
322 memory locations in EEPROM
Shortest switching interval; 1 second / minute
Switching accuracy: 1 second
Shortest impulse: 1 second
Time accuracy: + 1 Sec.
Power reserve: Lithium battery ca. 2 years at 68ºF (20ºC)
Type of Lithium battery: CR 2450
Daily, weekly, yearly and impulse programs as automatic programs
Manual overrides
- Temporary manual override
- Permanent manual override
Programming: Via 10-key keyboard or with PC Obelisk software
and Obelisk memory card
Automatic DLS time changeover
Control
Elements
15 soft touch buttons: for setting day of week, hour, minute,
time, program entry and manual overrides
Display
Elements
One red LED: for monitoring bus voltage and displaying mode,
selected with the learning button
LC Display: for display of time, day of week, daylight savings mode,
holiday program mode, switching status and manual control mode
Connections
Bus line: screwless bus connection block
Physical
Specifications
Polymer casing
DIN rail mounted device
Weight: 1,00 lb (451 g)
Installation: rapid mounting on DIN EN50022-35 x 7.5 rail
Reliability
99.92% based on 1,000,000 units/10 years of operation under load
Electromagnetic
Capability
Complies with Part 15 of the FCC rules pursuant to the limits for a
Class A digital device
Environmental
Specifications
Ambient temperature operating: 23ºF - 113ºF (-5...+45º)
Ambient temperature non-op.: -13ºF - 158ºF (-25...+70ºC)
Relative humidity (non-condensing): 5% to 93
Listings and
Certifications
EIB certified
CE mark
Complies with EMC regulations (residential and non-residential
buildings) and low voltage regulations
2.36
(60)
4.13
(105)
1.77
(45)
3.35
(85)
Dimensions in inches and (mm)
Typical Circuit
weekly program
“Standard“
Priority times
P1-P9
weekly program
“Priority 1”
Date
switching
times
Permanently
ON/OFF
weekly program
“Priority 2”
weekly program
“Priority 3”
weekly program
“Priority 4”
weekly program
“Priority 5”
weekly program
“Priority 6”
weekly program
“Priority 7”
weekly program
“Priority 8”
weekly program
“Priority 9”
Standard
P1
P2
P3
P4
ON
RELAY
P5
OFF
P6
P7
P8
P9
15
LCP3000EZ Lighting Control System
Internally Mounted Devices
Annual Scheduler REG 373
The 16-channel time switch REG 373
(annual scheduler) is a DIN rail mounted
device. The connection to system is made
via a bus connector. The time switch
offers: 500 switching schedules.
555WG1 373-5EY01
Technical Data
Dimension Diagrams
2.58
(66)
Power supply
Inputs
Class 2 via bus line, 24V DC. Consumption: 9mA (at bus voltage)
16 channels
Time base: quartz precision
500 memory locations in EEPROM
Shortest switching interval; 1 second / minute
Shortest impulse 1 second
Time accuracy: + 1 Sec./Tag or radio controlled
Power reserve: Lithium battery ca. 1 1/2 years at 68ºF (20ºC)
Type of Lithium battery: CR 2450
Daily, weekly, yearly and impulse programs as automatic programs
Manual overrides
- Temporary manual override
- Permanent manual override
Programming: Via 10-key keyboard or with PC Obelisk software
and Obelisk memory card
Automatic DLS time changeover
Control
Elements
15 soft touch buttons: for setting day of week, hour, minute,
time, program entry and 16 manual overrides
Display
Elements
One red LED: for monitoring bus voltage and displaying mode,
selected with the learning button
LC Display: for display of time, day of week, daylight savings
mode, holiday program mode, switching status and manual
control mode
Connections
Bus line: screwless bus connection block
Physical
Specifications
Polymer casing
DIN rail mounted device
Weight: 1.00 lb (451 g)
Installation: rapid mounting on DIN EN50022-35 x 7.5 rail
Reliability
99.92% based on 1,000,000 units/10 years of operation under load
Electromagnetic
Specifications
Complies with Part 15 of the FCC rules pursuant to the limits
for a Class A digital device
Environmental
Specifications
Ambient temperature operating: 23ºF - 113ºF (-5...+45º)
Ambient temperature non-op.: -13ºF - 158ºF (-25...+70ºC)
Relative humidity (non-condensing): 5% to 93
Listings and
Certifications
EIB certified
CE mark
Complies with EMC regulations (residential and non-residential
buildings) and low voltage regulations
2.36
(60)
4.13
(105)
1.77
(45)
3.35
(85)
Dimensions in inches and (mm)
Typical Circuit
weekly program
“Standard“
Priority times
P1-P9
weekly program
“Priority 1”
Date
switching
times
Permanently
ON/OFF
weekly program
“Priority 2”
weekly program
“Priority 3”
weekly program
“Priority 4”
weekly program
“Priority 5”
weekly program
“Priority 6”
weekly program
“Priority 7”
weekly program
“Priority 8”
weekly program
“Priority 9”
16
Standard
P1
P2
P3
P4
ON
RELAY
P5
OFF
P6
P7
P8
P9
LCP3000EZ Lighting Control System
Internally Mounted Devices
Power Supply Unit N 123 320 mA
The power supply unit N 123 provides
and monitors the necessary Class 2
power for each panel. Power supply
units are mounted on a DIN-rail
equipped with a data-rail in a control
panel. The power supply unit N 123
must be installed in combination with
choke N 120. Choke and power supply
unit have to be mounted on the same
DIN rail and are connected via the
data rail. The wire length between
5WG1 123-1CB01
Technical Data
Dimension Diagrams
3.54
(90)
Input Voltage
Voltage 120V AC
Frequency 50... 60 Hz
Range: 100... 132V AC
Output Voltage
Rated voltage 29V DC safety extra low voltage (SELV)
Range: 28... 30V DC
Output Current
320 mA
Short-circuit current: limited to 1.5 A
Backup Interval
On input voltage failure: min. 200 ms at rated current
Display
Elements
1 red LED for indicating a shorted-out bus line or device over-load
1 green LED for indicating faultless operation
1 yellow LED for indicating external over voltage on the bus line
power supply in reset mode
Connections
Mains connection, screwless plug-in terminals: AWG #14 solid
Cu bus line, pressure contacts on data rail
Physical
Specifications
Polymer casing, DIN rail mounted device, width: 5.5 (1SU = 18 mm)
Weight: approx. 460 g (28 oz)
Installation: rapid mounting on DIN EN 50022-35 x 7.5 rail
Electromagnetic
Compatibility
Complies with Part 15 of the FCC rules pursuant to the limits for a
Class A digital device
Environmental
Specifications
Ambient temperature operating: 23ºF – 113ºF (-5... +45ºC)
Ambient temperature non-op.: -13ºF – 158ºF (-25... +70ºC)
Relative humidity (non-condensing): 5 % to 93%
Listings and
Certifications
UL listed (E173 174) UL 916, Open Energy Management Equipment
CSA certified
CE marked
Complies with EMC regulations (residential and non-residential
buildings) and low voltage regulations
1.77
(45)
1.74
(44)
2.17
(55)
3.94
(100)
Dimensions in inches and (mm)
Typical Circuit
instanbus EIB
Line 0
(Main line)
AC 120V
L1N GND
Data rail:
outer printed conductors:
DC 24V
inner printed conductors:
bus line
Power supply
unit N 123
Choke
N 120
AC 120V
L1N GND
Power supply
unit N 123
Connector
module REG 191/01
Line-/backbone
coupler N 140
line 1
Data rail:
outer conductors:
DC 24V only
inner conductors:
bus line
Connector
module REG 191/11
Choke
N 120
power supply unit N 123, choke N 120
and any of its bus devices must not
exceed 350 m (1000’). The power
supply unit N 123 has a voltage and
current control and is therefore shortcircuit proof. Short power breakdowns
are bridged with a buffer interval of
at least 100 ms For uninterrupted
power, it is suggested to use a
separately safeguarded circuit for
the power supply unit N 123’s power
supply line.
DC 24V on outer two
printed conductors
Line-/backbone
coupler N 140
line 2
Data rail:
outer conductors:
DC 24V only
inner conductors:
bus line
Choke
N 120
Connector
module REG 191/11
DC 24V connection to
outer printed conductors
17
LCP3000EZ Lighting Control System
Internally Mounted Devices
Choke N 120 — 500 mA
The bus devices working voltage is
transmitted via the same cable as the
data. The choke N 120 protects these
data from becoming terminated on
the bus line by the power supply. The
choke picks up the working voltage
on the two outer printed conductors
of the data rail and feeds it to the
two inner printed conductors via
induction. The working voltage is
directly fed to the DIN rail’s two
outer printed conductors by the
N123 power supply unit. Via the
5WG1 120-1AB01
Technical Data
Dimension Diagrams
3.54
(90)
1.77
(45)
1.74
(44)
2.17
(55)
1.43
(36)
Input Voltage
Rated voltage: 29V DC (28...30V DC) Rated current: 500 mA
Control
Elements
Slide switch: for resetting the bus devices connected to the line
(operation > 20 s)
Display
Elements
One red LED for indicating when the slide switch is set to reset position
Connections
Power supply: pressure contacts on data rail (outer printed
conductors) Bus line, pressure contacts on data rail (inner
printed conductors)
Physical
Specifications
Polymer casing
N-system DIN rail mounted device, width 2 SUs (1 SU = 18 mm)
Weight: approx. 105 g (4 oz)
Installation: rapid mounting on DIN EN 50022-35 x 7.5 rail
Reliability
99.92% based on 1,000,000 nits/10 years of operation under load
Electromagnetic
Compatibility
Complies with Part 15 of the FCC rules pursuant to the limits for a
Class A digital device
Environmental
Specifications
Ambient temperature operating: 23ºF – 113ºF (-5... +45ºC)
Ambient temperature non-op.: -13ºF – 158ºF (-25... +70ºC)
Relative humidity (non-condensing): 5 % to 93%
Listings and
Certifications
UL listed (E173 174)
UL 916, Open Energy Management Equipment
CSA certified
CE marked
Complies with EMC regulations (residential and non-residential
buildings) and low voltage regulations
EIB certified
Dimensions in inches and (mm)
Typical Circuit
instanbus EIB
Line 0
(Main line)
AC 120V
L1N GND
Data rail:
outer printed conductors:
DC 24V
inner printed conductors:
bus line
Power supply
unit N 123
Choke
N 120
AC 120V
L1N GND
Power supply
unit N 123
Connector
module REG 191/01
Line-/backbone
coupler N 140
line 1
Data rail:
outer conductors:
DC 24V only
inner conductors:
bus line
Connector
module REG 191/11
Choke
N 120
DC 24V on outer two
printed conductors
Line-/backbone
coupler N 140
line 2
Data rail:
outer conductors:
DC 24V only
inner conductors:
bus line
Choke
N 120
Connector
module REG 191/11
DC 24V connection to
outer printed conductors
18
incorporated reset-switch (operation >
10 s), the bus devices are set to their
default setting. This is done by shortcircuiting the bus line and switching
off the working voltage. The choke
resistance is low-ohmic for the direct
current of the working voltage.
As information is transformed to
alternate current for transmission
on the system, the resistance of the
choke N 120 is high-ohmic. Therefore,
the working voltage does not affect
the information signal.
LCP3000EZ Lighting Control System
Internally Mounted Devices
Interface N 148/04 RS 232
The RS 232 interface N 148/04 is a
N-system DIN rail mounted device.
The device is connected to the bus
line via the pressure contact system.
The N 148/04 interface provides a
galvanically separated connection
to the bus system via its built-in
Sub D 9-pin connector socket. The
connection to the PC is made between
the 9- pin SUB D socket of the interface
N 148/04 and the COM 1 or COM 2
interface of the PC. A DB-9 (male
female) serial cable is needed for this
connection. It enables a personal
5WG1 148-1AB04
Technical Data
Dimension Diagrams
3.54
(90)
1.77
(45)
1.74
(44)
2.17
(55)
2.15
(55)
Dimensions in inches and (mm)
Typical Cable Circuit
Sub D
plug-in
connector
2-pin plug
PC
Sub D
plug-in
connector
25-pin plug
1
2
3
4
5
6
7
8
9
8
9
2
20
7
6
5
4
22
pin occupation
computer (with Windows 95, 98,
2000 or XP operating system); or a
PALM device (with serial port support)
to be used for system configuration.
It is also used by Siemens authorized
personnel for advanced troubleshooting,
programming and diagnosis. With
the N 148/04 interface, it is possible
to operate the devices in the system.
The N148/04 has two selectable
protocols: the standard protocol, which
is used by Siemens authorized personnel,
and the FT1 .2 protocol. Which is used
for field configuration with the PALM
configuration software tools.
1
2
3
4
5
6
7
8
9
Sub D
plug-in
connector
9-pin plug
1
2
3
4
5
6
7
8
9
Sub D
plug-in
connector
9-pin plug
RS 232
Rated Voltage
Bus line: 24V DC (21 ... 30V DC).
Transmission
Rate
9600 bit/s, 19200 bit/s
Display
Elements
One red LED: for controlling bus voltage and displaying mode
Connections
Bus line, pressure contacts on data rail
RS 232 Interface: 9-pin Sub D socket length of data cable: max.
15 m (45 ft)
Serial connection DB-9 (male female cable available in electronics
stores)
Physical
Specifications
Polymer casing
DIN rail mounted device, width 1 SU (1 SU = 18 mm - 0.71”)
Installation: rapid mounting on DIN EN 50022-35 x 7.5 rail
Electromagnetic
Compatibility
Complies with Part 15 of the FCC rules pursuant to the limits for a
Class A digital device
Environmental
Specifications
Ambient temperature operating: 23ºF – 113ºF (-5... +45ºC)
Ambient temperature non-op.: -13ºF – 158ºF (-25... +70ºC)
Relative humidity (non-condensing): 5 % to 93%
Listings and
Certifications
UL listed (E173 174)
UL 916, Open Energy Management Equipment
CSA certified
CE marked
Complies with EMC regulations (residential and non-residential
buildings) and low voltage regulations
EIB certified
19
LCP3000EZ Lighting Control System
Internally Mounted Devices
Connector REG 191/01/11
The connector module REG 191/01
provides the connection between the
data rails within a panel or between
panels throughout the building.
The connection to the data rail is
established via pressure contacts.
The connector module REG 191/11
between the data rail the N261
binary input device and the external
digital inputs.
The cables are connected via screwless bus connector blocks 193. Up to
four twisted pairs may be connected
per connector block 193. The REG191
DIN rail mounted device is of compact
design to allow mounting beneath
the panel dead front.
SWG1 191-5AB01/11
Technical Data
Dimension Diagrams
1.16
(29)
1.65
(42)
Dimensions in inches and (mm)
20
For both bus connections — Contact pins
For the bus — Pressure contacts
Physical
Specifications
Polymer casing
N-system DIN rail mounted device. Width 1 SU (1 SU = 18 mm - 0.71”)
Weight: approx 4.5 gr (2 oz)
Installation: rapid mounting on DIN EN 50022-3.5 x 7.5 rail
Environmental
Specifications
Ambient temperature operating: 23ºF – 113ºF (-5... +45ºC)
Ambient temperature non-op.: -13ºF – 158ºF (-25... +70ºC)
Relative humidity (non-condensing): 5 % to 93%
Accessories
Bus connection block 193
1.68
(43)
3.35
(85)
0.69
(18)
Connections
LCP3000EZ Lighting Control System
Externally Mounted Devices
Dual Sensor AP 254
The Dual Sensor AP 254 provides
ambient light level and outdoor
temperature values. These values
can be read on a computer with the
optional Web access software, as well
as with the configuration software.
This device controls load switches
based on any of the pre-set threshold
levels for ambient light; the preset
levels are 100 Fc, 50 Fc and 20 Fc.
5WG1 254-3EY01
Technical Data
Dimension Diagrams
2.18
(55)
2.84
(72)
3.16
(80)
3.66
(93)
0.3
(8)
1.26
(32)
1.99
(51)
Dimensions in inches and (mm)
2.25
(57)
Power
Class 2 via bus line, 24V DC
Operating voltage: 21V DC – 30V DC
Measuring
Range
Light level: 0.09 ... 9300 Foot-candle (... 100,000 Lux) + 5 Lux
or + 20 Lux
Temperature: -13ºF... 131ºF (-25... 55ºC) + 1 or + 5 %
Connections
Screwless bus connection block
Physical
Specifications
Housing: Polymer
Reliability
99.92% based on 1,000,000 units/10 years of operation under load
Electromagnetic Complies with Part 15 of the FCC rules pursuant to the limits for a
Compatibility
Class A digital device
Environmental
Specifications
Ambient temperature operating: 23ºF – 113ºF (-5... +45ºC)
Ambient temperature non-op.: -13ºF – 158ºF (-25... +70ºC)
Relative humidity (non-condensing): 5 % to 93%
Accessories
EIB certified
Complies with EMC regulations (residential and non-residential buildings)
21
LCP3000EZ Lighting Control System
Externally Mounted Devices
5WG1 255-2AB11
Dimension Diagrams
2.56
(65)
Motion Detector UP 255
The motion detector UP 255 is a
proximity sensor which reacts to
movements of people, animals or
other moving objects. If a motion
is detected, it gives switching
commands to the corresponding
relay(s). It must be installed on
the flush-mounted bus coupling
unit (UP 114). It is only operational
when used together with the bus
coupling unit. This device is for
permanent interior installations,
in dry rooms.
Technical Data
Power
Supply
Via the bus coupling unit
Properties
Light sensor: adjusted 93 foot-candles (1000 Lux).
Horizontal detection angle: 180 degrees on two levels (can be reduced
to 90º on the left or right using a detachable masking plate)
Lateral range: approx. 20 ft. (6 m) each side.
Optical system: Fresnel lens (2 levels with 18 segments)
Connections
10-pole plug connector (PEI): for connection to the bus coupling unit
Physical
Specifications
Housing: Plastic
Dimensions (L x W x D): 65 x 65 x 30 mm
(2.56” x 2.56” x 1.18”)
Weight: approx. 45 g (0.095 lb)
Mounting: clipped onto bus coupling unit
Mounting height: 3.6 to 7.2 ft (1.10 m to 2.20 m)
Reliability
99.92% based on 1,000,000 units/10 years of operation under load
2.56
(65)
1.19
(30)
Dimensions in mm and inches
Electromagnetic Complies with Part 15 of the FCC rules pursuant to the limits for a
Compatibility
Class A digital device
22
Environmental
Specifications
Ambient temperature operating: 23ºF – 113ºF (-5... +45ºC)
Ambient temperature non-op.: -13ºF – 158ºF (-25... +70ºC)
Relative humidity (non-condensing): 5 % to 93%
Listings and
Certifications
EIB certified
CE Mark
Complies with EMC regulations (residential and non-residential
buildings) and low voltage regulations
LCP3000EZ Lighting Control System
Externally Mounted Devices
Switch Interface UP 220
The switch interface UP 220 is a
binary input device for installation
in a standard junction or wall switch
box. Four inputs are available for
voltage-free switching contacts. Up
to four switches may be connected
to a switch interface UP 220. The
connection to the switch interface
UP 220 is accomplished via a plug-in
eight-core set of lines (included). The
length of the cables that connect the
switches to the switch interface UP
220 must not exceed 5 m (15’).
5WG1 220-2CB01
Dimension Diagrams
VT
D
PK
OG
C
B
WH
Technical Data
1.50
(38)
A
1.70
(43)
1
(1)
0.70
(18)
Power
Supply
Via the bus line
Number of
Inputs
Four for momentary or maintained contact switches/push buttons
Connections:
switches/
push buttons
Eight wires twisted together in pairs with the push button
interface permanently connected, length approx. 1.50 mm,
may not be extended
Bus line,
Bus connection
block, screwless
Use bus connector 193
Mounting
Fitted in standard wall switch and junction boxes
Dimensions in inches and (mm)
Typical Cable Circuit
instabus
Switch Interface
Bus couping unit
Channel A
black/white
white
black/white
Channel B
orange
black/white
Channel C
pink
contact
switches
black/white
Channel C
purple/violet
23
LCP3000EZ Lighting Control System
Externally Mounted Devices
Touch Panel Vision UP 588
The touch panel vision UP 588 is a
multifunctional display/control unit.
The basis of the device is an LC display
with a resolution of 320 x 240 pixels
and an integrated, resistive matrix
with 6 x 10 fields. The display has
backlighting which is activated
during operation and is switched
off automatically. The display unit is
used for display and operation of all
relays in a panel.
Design, aluminum frame
(Cat # 5WG1 588-8AB01) is
required for the touch panel.
5WG1 588-2AB11
Technical Data
Dimension Diagrams
7.49
(190)
2.79
(56)
6.15
(156)
3.03
(77)
2.05
(52)
Dimensions in inches and (mm)
24
Power
Supply
Bus voltage: via the bus line.
Display back light: requires 24 VCD from the system power supply
Operating
Element
Resistive matrix with 6 mm x 10 mm fields (touch sensitive screen)
Display
320 X 240 pixel display. Green backlight.
Connections
Bus line: screwless connection
Physical
Specifications
Housing: Plastic
Mounting depth in flush type box (supplied with device):
2.05” (51 m)
Electromagnetic
Complies with part 15 of the FCC rules pursuant to the limits for
Class A digital device
Environmental
Specifications
Ambient temperature operating: 23ºF – 113ºF (-5... +45ºC)
Ambient temperature non-op.: -13ºF – 158ºF (-25... +70ºC)
Relative humidity (non-condensing): 93%
Listings and
Certifications
UL Listed (E173 174)
UL 916, Energy Management Equipment Accessory)
and low voltage regulations
LCP3000EZ Lighting Control System
Externally Mounted Devices
Ethernet Interface N148/21
The Ethernet interface N148/21 is a
DIN rail mounted device. It enables
connections to LCP3000EZ via data
networks using the Internet protocol
(IP). PCs can exchange data with the
LCP3000EZ (EIB Protocol) through
this communications link.
The IP interface employs the EIBnet/IP
Tunneling standard; which enables the
user to send commands through the
LAN to the LCP3000EZ. It also allows
visualization of the system status.
5WG1 148-1AB21
Example of Operation
Consult your network administrator
regarding configuration of the
parameters.
Power
Supply
Bus voltage: via the EIB bus line
Operating voltage: 24 V AC/FC from the panel power supply
Display
Elements
One green LED: Device ready (ON)
One yellow LED: communications on bus line
One green LED: Ethernet Link signal available (Lk)
One yellow LED: receiving data from Ethernet (Rx)
One red LED: Transmitting data to Ethernet (Tx)
Connections
Bus line: screwless red and black connector block
Power: screwless yellow and white connector block
Ethernet IP communication: RJ45 socket
Network
Communications
Ethernet 10BaseT (10Mbits/sec).
EIBret/IP
Physical
Specifications
Housing: Plastic
DIN rail mounted
Weight: approx 3.53 oz (100 gr)
Environmental
Specifications
Ambient temperature operating: 23ºF – 113ºF (-5... +45ºC)
Ambient temperature non-op.: -13ºF – 158ºF (-25... +70ºC)
Relative humidity (non-condensing): 5% – 93%
Listings and
Certifications
EIB, KNX, CE
CE mark: complies with EMC regulations (residential and commercial)
and low voltage regulations
IP Interface
N148/21
ComBridge
Visualization
24 V
The IP address assignment is by DHCP
server. Configuration of the DHCP
server may require the MAC address,
which is printed on the device.
Technical Data
Ethernet
TCP/IP Hub
Bus
A direct connection between an
networked PC and the LCP3000EZ
can be established via the data
network. This allows access to the
LCP3000EZ from any access point
in the data network.
25
Siemens Energy & Automation, Inc.
3333 Old Milton Parkway
Alpharetta, GA 30005
1-800-964-4114
infosea@siemens.com
www.sea.siemens.com/power
©2007 Siemens Energy & Automation, Inc. All Rights Reserved.
Siemens is a registered trademark of Siemens AG. Product names mentioned may be trademarks or registered trademarks of their respective
companies. Specifications are subject to change without notice.
LCSA-LCP01-0207 New 2M0207CP Printed in USA