Clipsal - General Accessories, Metal Adaptor Plate, to Suit Junction Box

Clipsal - General Accessories, Metal Adaptor Plate, to Suit Junction Box

Item Number: 150

Datasheet

Barcode

Qty UoM EAN Colour
-
-
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Specifications

Design

Product brand

Clipsal

Product or component type

adaptor plate

Sustainable offer status

Green Premium product

Physical

Reach free of svhc

Yes

Eu rohs directive

Pro-active compliance (Product out of EU RoHS legal scope)

Toxic heavy metal free

Yes

Mercury free

Yes

China rohs regulation

 Pro-active China RoHS declaration (out of China RoHS legal scope)

Rohs exemption information

Yes

Environmental disclosure

ENVPEP110719EN

Circularity profile

N/A

Others

Package 1 bare product quantity

1

Unit type of package 1

PCE

Number of units in package 1

1

Package 1 weight

0.026 kg
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Documents & downloads

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  • CAD Files and Packs

  • Technical Data Catalogues

  • Environmental Disclosure

  • Specification Guide

  • Declaration of Conformity

Frequently Asked Questions

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How to change IP address on EGX150

Issue:
 
How to change IP address on EGX150
 
Product Line:
 
Enerlin'X
 
Environment:
 
Link
 
Resolution:
 
You can change the IP address on Link 150 web server, go to settings page and then go to IP Configuration tab to change the IP address, please attached screenshot from the Link 150 user guide and screenshot from the web interface page.

 

Will the LAD** time delay auxiliary contact module fit the D2 series pre-Tesys contactors?

Issue:
Can new accessories be used on older style contactors

Product Line:
IEC contactors and starters

Environment:
Pre-Tesys Contactors

Cause:
Identifying product compatibility

Resolution:
Yes, all front mount D2 and Tesys series auxiliary modules are backward forward compatible.

Video: What auxiliary contact modules are available for the LC1D and LC2D contactors?

Issue:
Auxiliary contact modules for the LC1D and LC2D contactors

Product Line: 
Contactor and Starters - IEC

Environment:
North American Products

Resolution:
Select based on application requirements. Please note that the TeSys and Pre-TeSys auxiliary blocks are backward/forward compatible.
Front Mounting; maximum of 1 block per contactor:

N.O.-------N.C.-----TeSys P/N--------Pre-TeSys P/N
--1-----------1---------LADN11-----------LA1DN11
--1-----------1---------LADN11G---------LA1DN11G (See Footnote 1)
--1-----------1---------LADN11P---------LA1DN11P (See Footnote 1)
--2-----------0---------LADN20-----------LA1DN20
--2-----------0---------LA1DX20---------LA1DX20 (See Footnote 2)
--2-----------0---------LA1DY20---------LA1DY20 (See Footnote 3)
--0-----------2---------LADN02-----------LA1DN02
--2-----------2---------LADN22-----------LA1DN22
--2-----------2---------LADN22G---------LA1DN22G (See Footnote 1)
--2-----------2---------LADN22P---------LA1DN22P (See Footnote 1)
--2-----------2---------LADC22------------LA1DC22 (See Footnote 4)
--3-----------1---------LADN31------------LA1DN31
--3-----------1---------LA1DZ31----------LA1DZ31 (See Footnote 5)
--1-----------3---------LADN13------------LA1DN13
--4-----------0---------LADN40------------LA1DN40
--4-----------0---------LA1DZ40-----------LA1DZ40 (See Footnote 6)
--0-----------4---------LADN04------------LA1DN04




Front Mounting; maximum of 1 block per contactor: For use with D2 Series 25 amp through 80 amp contactors and TeSys Series 40 amp through 80 amp only.

N.O.-------N.C.-----TeSys P/N--------Pre-TeSys P/N
--1-----------0--------LADN10----------LA1DN10
--0-----------1--------LADN01----------LA1DN01

Side Mounting; maximum of 1 block on each side for D2 Series and Tesys Series 40 through 80 amp contactors. Tesys 9 through 32, 115, and 150 amps contactors will accept 1 block and is limited to left side only. (*) DC control devices will not accept side mount auxiliaries.
(*) DC control exceptions that will accept one left side mounted auxiliary: LC1D115 & LC1D150.

N.O.-------N.C.-----TeSys P/N--------Pre-TeSys P/N
--1-----------1--------LAD8N11----------LA8DN11
--2-----------0--------LAD8N20----------LA8DN20
--0-----------2--------LAD8N02----------N/A

Footnotes:
{1.EN_US} EN50 012 Machine Tool Terminal Markings
{2.EN_US} (2) NO Sealed Dust Tight Contacts
{3.EN_US} Gold Flash Contacts
{4.EN_US} (1) NO & (1) NC Standard and (1) NO & (1) NC Make Before Break
{5.EN_US} (2) NO Dust Tight Contacts & (1) NO & (1) NC Standard Contacts
{6.EN_US} (2) NO Dust Tight Contacts & (2) NO Standard Contacts

Video: Where is the wiring diagram located and what information does it contain and where is the date code located on ALL the molded case circuit breaker enclosures?

Issue:
Product Design Features

Product Line:
Circuit Breaker Enclosures

Resolution:
NOTE: This information will generally apply to ALL the Molded Case Circuit Breaker Enclosures(The F-frame, B-Frame, H-frame, the J-frame, the L-frame, the M-frame and P-Frame). But for the video a J250S was used.




The wiring diagram on the circuit breaker enclosures will be located on, one of the inside sidewalls of the enclosure. All the necessary information for the enclosure will be on the wiring diagram and will contain the following;
1) Catalog and series number of the enclosure
2) What type of Circuit breakers that can be used
3) Any accessory that can be used in the enclosure, like the solid neutral and equipment ground kit
4) The UL listed catalog number Prefixes for the breakers that can be used in the enclosure
5) Maximum wire sizes for the enclosure(NOTE: Sometimes the breaker can accept larger wire, BUT the enclosure wire bending space will be limited to what the wiring diagram shows)
6) The Wiring schematics
7) The Short Circuit Current Rating information for each breaker at each voltage level
8) The Date code. The date code will be an ink stamp, generally located on the inside back wall of the enclosure. The Date Code will be a 5 or 6 digit code and will read as follows; first two digits = year, the 2nd two digits = week of the year, the 5th digit = the day of the week and the last digit(if used) = the shift. For example, 183241 is year - 2018, week of year -32, day of week - 4 and shift - 1. (Aug. 9th, 2018)

Where do I find drawings for the most common EX Three Phase Ventilated Transformers, such as an EX75T3H?

Issue:
Drawings for common EX Transformers

Product Line:
LV Transformers

Environment:
Applies to Low Voltage Ventilated EX Transformers by SquareD/Schneider Electric

Cause:
Transformers for some applications require drawings

Resolution:
There is a Website set up for the purpose of obtaining Three Phase Ventilated EX Transformer drawings.  Drawings for common three phase EX type Transformers may be obtained by using this link:

http://www.schneider-electric.us/en/product-range-download/63362-doe-2016-square-d-energy-efficient-ex-transformers/?filter=business-4-electrical-distribution&parent-category-id=53700


 

On the TeSys D-Line contactor with AC coils, which are the coil terminals?

Issue:
Identifying the coil terminals for an LC1D TeSys D-Line contactor.

Product Line:
D Line contactors.

Environment:
Products sold in the United States.

Cause:
Product features.

Resolution:
The coil terminals are labelled A1 and A2.

Which Citect driver is recommended to communicate with the S7-1500 PLC?

Summary
There are a few Citect drivers that will work with the S7 1500 PLC, including PSDIRECT and some of the S7 driver range. The recommended driver is the PSDIRECT driver.

Situation

  • Citect SCADA/AVEVA Plant SCADA
  • S7-1500 PLC

Actions
The driver we recommend using to communicate with the S7-1500 PLC is the PSDIRECT driver. PSDirect driver can be downloaded from the Citect website. This driver works in conjunction with a backend driver "Siemens Industrial Ethernet" which can be downloaded from the ProSCADA website mentioned below. There is more information about this in the following links. 

Information and links to the drivers:

http://www.proscada.com/Citect.htm

Configuration information:  

http://www.proscada.com/DOC/PSDIRECT_Driver_Specification_2.6.pdf

This driver is a paid driver, meaning you can test out the demo version but will need to purchase a license for the full version. 

Are the D-Line contactors rated to break DC voltages?

Issue: 
Can the TeSys D line be used to control DC loads? 

Product Line:
Tesys D contactors

Environment:
Products sold and used in the United States
 
Cause:
 DC power circuit
 
Resolution:
 
Yes, 75 VDC (125 VDC for D115 & D150) per pole which means that through a four pole device breaking 300 VDC is possible by wiring all four power poles in series. However, be aware that the device current ratings will differ according to the number of poles in series and the type of application.

Devices are suitable but not UL Listed for DC applications.

More information on their DC ratings can be found in the current TeSys Motor Control and Protection Compentns catalog: https://www.schneider-electric.us/en/download/document/MKTED210011EN/


 

Are the LC1D115 and LC1D150 contactors din rail mountable?

Issue: 
LC1D115 and D150 mounting

Product Line:
 Tesys D contactors

Environment:
Products sold and used in the United States
 
Cause:
Din rail mounting desired for large D line contactor
 
Resolution:
 
Yes, they use 2-35mm din rails


 

Video: How to set up a Back-UPS Pro

Issue:
The following video details the process for the initial setup of the Back-UPS PRO, BX/BR "G " including battery connection, AC wall outlet and device connection, and display configuration.

Product Line:
Back-UPS PRO, BX/BR "G ".

Environment:
All models

Cause / Resolution:

What are the coil voltage codes for the LC1D115 / LC2D115 and LC1D150 / LC2D150 TeSys contactor?

Issue:
LC1D115-150 Coil voltages options

Product Line:
Contactors and Starters-IEC

Environment:
Tesys D Contactors

Resolution:
The following list the more common voltage suffix codes for these product lines.  For a more comprehensive list and to determine compatibility with a given product, refer to the catalog below.

Note 1: LC1D150 contactors are only available with *7 coil codes.
Note 2: Coil Code ending number represents frequency rating as follows:
5 = 50 Hertz
6 = 60 Hertz
7 = 50/60 Hertz

AC Volts ___Code                DC Volts ___Code
24 ___ B5 or B6 or B7          12 ___ Not Avail.        
42 ___ D5 or D7                   24 ___ BD
48 ___ E5 or E6 or E7          36 ___ CD
110 ___ F5 or F6 or F7         48 ___ ED
115 ___ FE5 or FE7             60 ___ ND
120 ___ G6 or G7                72 ___ SD
127 ___ FC5 or FC7            110 ___ FD
208 ___ L6 or LE7               125 ___ GD
220 ___ M5 or M6 or M7       220 ___ MD
230 ___ P5 or P7                 250 ___ UD
240 ___ U5 or U6 or U7        440 ___ RD
277 ___ W6 or UE7                
380 ___ Q5 or Q6 or Q7                
400 ___ V5 or V7                
415 ___ N5 or N7                
440 ___ R5 or R6 or R7                
480 ___ T6 or T7                
500 ___ S5 or S7                


 

Can the single pole LA1DN and LADN auxiliary contact module be mounted on the TeSys contactors?

ISSUE
In which contactors can the LA1DN and LADN auxiliary contacts be mounted?

PRODUCT LINE
Auxiliary contacts for the Tesys D line

ENVIRONMENT
Tesys D-Line and Tesys F

RESOLUTION
These contacts will only fit on the following contactors:
Front mount only for LC1D40 through LC1D115 devices and LC1D40A - LC1D65A.
Left side mount only to LC1F contactors

Trip curves for Powerpact H and J MCPs

Issue:
Time current curves for H and J MCP

Product Line:
Circuit Breakers

Resolution:
Attached are the trip curves for the Powerpact H and J motor circuit protectors (from document 0611CT1001).
  • When using Manual Settings, use trip curve 045-1.
  • When using Auto Settings, use trip curve 045-2.

Video: Enabling Sell Mode on the Xantrex XW Hybrid Solar Inverter/Charger

1) Enable Grid support in XW basic setup menu
2) Set Grid Support Voltage to 64V (32V for XW4024) and enable SELL in XW Advanced - Grid Support menu (only if firmware on the XW inverter/charger is 1.07)
3) Verify XW CHARGE CYCLE is '2Stg/NoFloat' in XW Advanced - Charger Settings - Charge Cycle (factory default setting)
4) On MPPT set CHARGE CYCLE to '3 stage' in MPPT Advanced - Charger Settings - Charge Cycle 
5) It is also recommended that the system has a minimum battery capacity of 200Ah. An additional 100Ah for every 1kW of solar power is preferable.