bracket mtg 1g std univers

BRACKET MTG 1G STD UNIVERS

Catalogue Number: 155VH
bracket mtg 1g std univers
Colour:
Colour: Per UOM Std.
  • 1 PCE 1

Specifications

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Product brand
Clipsal
Product or component type
bracket
Accessory / separate part category
mounting accessory
Shape
rectangular
Fixing center
84 mm
Depth
38 mm
Length
158 mm
Width
92 mm
Material
metal
EU RoHS Directive
Pro-active compliance (Product out of EU RoHS legal scope)
Toxic heavy metal free
Yes
Mercury free
Yes
RoHS exemption information
Yes
China RoHS Regulation
 Pro-active China RoHS declaration (out of China RoHS legal scope)
Circularity Profile
N/A

Frequently Asked Questions

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Can the 155H2 be used with the 2025H2 series ?

No, the 155H2 mounting bracket can not be used with the 2025H2 as the mounting holes do not line up. You can use a wall clip part number 2154/4.

For further information please visit https://updates.clipsal.com/ClipsalOnline/Files/Brochures

 

What is the part code for a 1P 32A relay

 The part code is 15515

What is the part code for a pulse relay 16Amp 2P 240V ac coil voltage

Use a 15520

What is the acti 9 equivelant of the 15512

The part code is A9C30211

What is the plate to cover the hole from a 149 flush box

Use PDL 683/683C + 2 x PDL 650VH

What is the Metal Cover Plate option for PDL 650VH ?

Suits PDL 686M# metal cover plates

What is the plaster bracket to suit the P2025?

The part name is 155P2

What is part number for bracket to suit BSL31VA?

The part number for bracket to suit is 155P.

what is the Acti 9 code for Merlin Gerin 15515?

A9C30831 is the Acti9 code for the 1P 1NO 32A 230v AC impulse relay.

What are the dimensions of the INS400 single handle transfer switch 31150?

205mm x 395mm x 155mm (H x W x D) excluding the handle.
Overall depth with standard handle is 213mm.
See attached.

What are the outside dimensions of the FPSS121-CAT6?

The dimensions are 121mm (W) X 83mm (H) X 155mm (D).

What is the difference between the Surge Arresters reference 15597 and 16447

The difference between the Surge Arrester references 15597 and 16447 is as follows:

1.) 15597 is a PF20 3Pole Fixed type Type 2 LV Surge Arrester.
2.) 16447 is a PRD20 3Pole Withdrawable type Type 2 LV Surge Arrester. 

Both are suitable to be used in low risk level and for use in TNC Earthing systems.

The difference is that 15597 at its end of life needs to be replaced as it is Fixed type, while 16447 at its end of life can be reused by simply replacing the cartridge as it is Withdrawable type, and the other major advantage is that the wiring does not get disturbed.

Will the 9001KA contact blocks work at 24VDC?

Issue:
Will the 9001KA contact blocks work at 24VDC?

Product Line:
Harmony Pushbuttons

Environment:
All Products

Cause:
Product Features

Resolution:
9001 KA1-KA6, KA21-25, KA31-35, KA1G-KA6 contact blocks will work on 24VDC providing the do not exceed 1.1amp make and break nor exceed 10 amps continuous current.


CTA-ID : 15554

Installation Issues with Symmetra LX & 100A Supply

"

Symmetra LX is a redundant on-line double conversion UPS. Each Symmetra Power Module is rated at 4 KVA so when the Symmetra LX is fully populated with 5 power modules, it can draw up to16 KVA from the utility as one power module is redundant. This unit can be used either as a single phase or as a 3 phase unit, without any adjustments or changes being made to system to achieve this.

The Symmetra LX will operate at a voltage of 155 V to 276V , therefore it should draw a current of about 100A at 155V on a full load of 16KVA. Most European regulations require a 35 sq. mm cable for a 100A load but the Symmetra LX connectors will only take a maximum of 25 sq. mm.

However if we look at the power supply in most European countries, the voltage range is 230V - 240V and a voltage of under 200V would be very unusual. Taking a voltage of 240V and running the unit on full load the current would be just over the 65A, with 230V it would still be under 70A and we can drop the down to 200V before reaching 80A. The Symmetra LX should be protected by a slow blow Fuse / MCB which would need a sustained overload of over 1.2 times the rated current for about 2 hours to trip the Fuse / MCB, so even if the voltage drops below 200V the extra current shouldn't cause any problem.

In an area where a reasonably stable voltage exists there is no problem in using 25 sq. mm with an 80A fuse / MCB. Even with substantial voltage drops there is no danger of cables overheating or fuses blowing. In cases where the cable runs are very long and the regulations specify 35 sq. mm cable, the 35 sq. mm cable can be brought to the isolator adjacent to the unit and a 25 sq. mm cable can be used between isolator switch and UPS.

"

Will 25/2V double outlet, large size, vertical fit on 155P2 plaster bracket?

Yes, 25/2V will fit on 155P2. 25/2V is  Large Size Format 115 x 115mm, Double Power Outlet rated to 250V 10A.
For further information please visit:
https://www.clipsal.com/Trade/Products/ProductDetail?catno=25/2V
User-added image

155P2 is a large plaster mounting bracket with 84mm mounting centre. For further information please visit:
https://www.clipsal.com/Trade/Products/ProductDetail?catno=155P2
User-added image
 

What are the 9013FHG pressure switch contacts rated at?

Issue:
Contact Rating of 9013F Pressure Switches

Product Line: 
Pressure, vacuum and Float Switches 

Environment:
9013 Type F Pressure Switch 

Resolution:
Those contacts have a control circuit rating of A600.
They are DC rated at 1/4 HP at 115V and 230V (Except form M4)
They are Single Phase AC rated 1 1/2 HP at 115V, 2 HP at 230V
They are Polyphase rated 2 HP at 115V, 3 HP at 230V, and 1 HP at 460/575V.

This also applies to the 9013 FHG2, 9, 12, 13, 44, 49 9013 FSG, and FSW.

6610VT1 Wiggy Voltage Tester Leads

Issue:
What are the replacement leads for a 6610VT1 Wiggy voltage tester? 

Product Line:
Obsolete voltage testers formerly sold by Square D Company.

Environment:
Wiggy voltage testers

Resolution:
The 6610VT1 voltage test and all related accessories are now obsolete with no replacement. Consider another manufacturer of similar devices.  

Is there a bracket to mount sockets onto Actassi trucking?

You can direct mount onto the lid of the 80 or 155mm trunking or use the ISM15150

Other options are the Unistrut 2087016 and adaptors can also be found at cccutting.co.nz

What would be the Wall plate (plaster) to suit Prestige large switches?

The wall plate would be the 155P2.

Please go to the website via the following link www.clipsal.com/Trade/Products/ProductDetail  and check under the Documentation Tab for more information.

Smart-UPS Stacking Height Limitations

This document describes the acceptable stacking configurations of Smart-UPS products.  To achieve the minimum possible footprint, these products can be stacked following the guidelines below. It is important to consider the effect of extra weight on any raised floor environments.

SU Products:

 The UPS and batteries can be stacked 25.5"" high. Possible configurations include:

3 SU48XLBPs stacked together
1 SU2200XL on bottom, 1 SU48XLBP on top
 

SURT Products:

1KVA to 10KVA SURT units are not designed to be stacked, but rather should be connected in a tower configuration as indicated in the users manual.
15KVA and 20KVA units may be stacked to a total height of not more than 18U, which would be a main UPS enclosure and 2 battery enclosures.

 

NEMA 5-15 receptacle description

Issue:

Which terminal is which in a standard household outlet?


Product Line:

Smart-UPS, Back-UPS, Surge

Environment:

All models, All Serial Numbers

Cause:

Informational

Resolution:


The NEMA 5-15 receptacle is the most common electrical receptacle in the United

States and Canada. It is a two-pole, three-wire grounding receptacle which is

used for a maximum of 15A and 125V. The standard wire colors are green for

Ground and white for Neutral. The color of the Hot wire can vary depending on

the building's electrical scheme; most common colors for the Hot wire are black

and red. The individual prongs: Hot, Neutral & Ground are well differentiated

as indicated in the diagram below.



 

Can the RM6 take DIN type fuses other than FUSARC ?

Thanks to consult us on a case by case basis. RM6 is designed to accept any DIN cut-out MV fuses provided that their electrical characteristics (rating, cold resistance, thermal dissipation, time-current curves...) are in compliance with RM6 fuse-switch combination performance.
Maximum power that can be dissipated by fuse is 80W (with 40°C maximum ambient temperature)



Transition current for RM6 is :

-*- 1750A at 12kV

-*- 1550A at 17.5kV

-*- 1050A at 24kV



Breaking time of RM6 fuse-switch combination is 60mSec.



It should be borne in mind that 2 DIN fuses made by different manufacturers and with same nominal current rating can have totally different electrical characteristics : cold resistance, time-current time, striker-pin power,...

Basically, we only guarantee correct operation of RM6 combined with Fusarc CF.


Legacy KB System (APS) Data: RESL165858 V1.0, Originally authored by on , Last Edited by on
Related ranges: SM6-36

Does the Momentum family offer a 12 VDC powered I/O base with analog I/O?

Yes, the new Momentum 170AMM09001, Mixed I/O base provides Four analog inputs and Two analog output channels, along with Four 12 VDC discrete inputs and Two 12 VDC discrete outputs. The 12 VDC discrete Inputs/Outputs use True High Logic (sinking inputs and source outputs).

The following are the features of the Momentum 170 AMM 090 01 Mixed I/O Base:

 

  • 4 differential analog inputs w/user selectable input ranges (± 10 V, ±. 5 V, 1-5V, ± 20 mA, and 4-20 mA )
  • 2 analog outputs w/user-selectable output ranges (O ± 10 V and 0-20 mA)
  • 4 discrete 12 VDC true high inputs (sinking)
  • 2 discrete 12 VDC true high outputs (1 amp per point, source)
  • 12 VDC power supply

    This module has UL, CSA and CE approvals.

    This module has been submitted for and is pending FM Class I, Division II, Groups A, B, C, & D

     

    The Momentum 170AMM09001 Mixed I/O Base module can be configured as the existing module model 170AMM090, since the I/O map for both modules are identical, using either ProWORX or Concept control software packages.

My customer have a Siemens motor nr: 1PH7 107-xxFxx-x The encoder on this motor is of the type HTL-signal, 15VDC. Do we have any encodercard that supp...

Goals and Symptoms

My customer have a Siemens motor nr: 1PH7 107-xxFxx-x The encoder on this motor is of the type HTL-signal, 15VDC. Do we have any encoder card that support this kind of encoder "HTL signal" for the ATV71?

Causes and Fixes

The HTL is a type of Push Pull, then VW3A3405 or 06 or 07 option board depend the alimentation, can work without any problem on the HTL encoder. So be carreful you have to verrify the current consomation of your encoder in accordance to 175ma maximum up to 15V and 100ma up to 24V. Or you can add a external alimentation.

In the ATV71 catalogue the low level is < 1,5V, not compatible with HTL but this value is false, in reality we guarantee a low level <3V, 100% compatible with HTL technologie <2,8V.


Legacy KB System (APS) Data: RESL176046 V1.0, Originally authored by on , Last Edited by GiVa on 11/07/2006
Related ranges: Altivar 71

GetIDN_S and GetIDN_P 2 bytes in TSXCSYxx and MMS Sercos Modules

Goals and Symptoms

The purpose of this resolution is to inform the user on the behavior when using the command GetIDN_S (opcode 1556) or Get IDN_P ( opcode 1557 ) from a Quantum (or) a Premium SERCOS Controller.

Facts and Changes

When a 2 bytes IDN is gets the PLC haven't any possibility to know if the value is signed or not. So, the PLC register accommodate values from -32767 to + 32767 in signed format
Due to the above reason, values for IDN_S ( or _P ) 2 bytes set higher than 32767 when read, will be returned as follows:

(i) 32768 -> -32768
(ii) 32769-> -32767
(iii) 35000 -> -30536 in signed format. Unsigned format will result in a huge number.

Causes and Fixes

When GetIDN_S ( or _P ) returns a negative value, it may be converted to its positive equivalent by adding 65536.
For example, -30536 + 65536 = 35000 and so on. There is no implication on using the SetIDN_S ( or _P) command for the same IDN which is Unsigned decimal format.


Legacy KB System (APS) Data: RESL182198 V1.0, Originally authored by PhBr on 02/16/2007, Last Edited by PhBr on 02/16/2007
Related ranges: Modicon Premium

Will my Smart-UPS RT UPS turn on without batteries?


Issue:

Will my Smart-UPS RT UPS turn on without batteries?

Product Line:

Smart-UPS Online

Environment:

 All models beginning with "SURT" and having a capacity of 10Kva or less, All Serial Numbers

Cause:

No, the Smart-UPS SURT family (10Kva or less) requires working batteries to be connected in order to turn on.
SURT 15Kva and 20Kva and all SRT models can turn on with or without functional batteries.

Resolution:

Allow the batteries to charge if there has been a recent outage. Otherwise, replace the batteries as needed. Contact APC Tech Support for further assistance if necessary.
 

ReadIDN_S command for IDN 100 using a Quantum/Premium SERCOS Controller and a Lexium Drive

Goals and Symptoms

The purpose of this resolution is to inform the user on the behavior of IDN 100 ( Ascii equivalent GV) when using the command ReadIDN_S (opcode 1556) from a Quantum (or) a Premium SERCOS Controller.

Facts and Changes

The data length of IDN 100, as described in the IDN user manual (version 2.0, June 2003) is 2 bytes. The PLC register can hence accommodate values from -32767 to + 32767 in signed format. Although the IDN document lists the maximum value for IDN 100 as 200, GV can have values higher and calls for data length greater than 2 bytes in the PLC register, due to its scaling ( GV*100). However the 2 byte limitation is in compliance with the SERCOS standard for this IDN.
Due to the above reason, values for IDN 100 set higher than 32767 (GV = 327) when read, will be returned as follows:

(i) 32768 -> -32768
(ii) 32769-> -32767
(iii) 35000 -> -30536 in signed format. Unsigned format will result in a huge number.

Causes and Fixes

When ReadIDN_S returns a negative value, it may be converted to its positive equivalent by adding 65536.
For example, -30536 + 65536 = 35000 and so on. There is no implication on using the WriteIDN_S command for the same IDN which is Unsigned decimal format.

How to set the IO Board Parameters in Scadapack Workbench?

The module_address parameter defines the module address of the sp5607 I/O module.

The address on the module is selected via dip switches on the module. A maximum of eight SCADAPack 5607 I/O type modules may be added to a system

The ain0_type parameter sets the analog input type for analog input channel 1.

There are four input types available.

  • An ain_type of 0 sets the input type to measure 0 to 5V input signals.
  • An ain_type of 1 sets the input type to measure 0 to 10V input signals.
  • An ain_type of 2 sets the input type to measure 0 to 20mA input signals.
  • An ain_type of 3 sets the input type to measure 4 to 20mA input signals.

The ain_filter Parameters:

  • An ain_filter value of 0 sets the input filter for 3Hz and the response time to 155ms at 60Hz and 185ms at 50Hz.
  • An ain_filter value of 1 sets the input filter for 6Hz and the response time to 85ms at 60Hz and 85ms at 50Hz.
  • An ain_filter value of 2 sets the input filter for 11Hz and the response time to 45ms at 60Hz and 55ms at 50Hz.
  • An ain_filter value of 3 sets the input filter for 30Hz and the response time to 30ms at 60Hz and 30ms at 50Hz.

The scan_freq parameter sets the input scan rate for analog inputs. AC noise rejection is improved at the correct frequency. If the module is used in a DC environment, the 60 Hz setting will yield slightly faster response time.

  • A scan_freq value of 0 synchronizes the input scanning to 60Hz.
  • A scan_freq value of 1 synchronizes the input scanning to 50Hz.

The aout_type parameter sets the analog output type for both optional analog output channels.

  • An aout_type value of 0 sets the output type for 0 to 20mA signals.
  • An aout_type value of 1 sets the output type for 4 to 20mA signals.


How do I know which battery to replace in my SURT15K or SURT20K UPS?


Issue:

How do I know which battery to replace in my SURT15K or SURT20K UPS?

Product Line:

Smart-UPS Online

Environment:

All 15Kva and 20Kva models, All Serial Numbers

Cause:

Batteries in a Smart-UPS need to be replaced every 3-5 years based on useage and environment.

Resolution:

When the UPS alerts you that it has a bad battery, the red LED on the affected battery frame will illuminate. The UPS does not monitor the individual battery modules and is unable to tell you exactly which pair(s) of modules is bad. You should walways replace all of the modules in a frame at the same time. Each frame uses (Qty 4) APCRBC140 Replacement Battery Cartridges. Each APCRBC140 contains 2 modules, for a total of 8 modules in each battery frame. If you have other attached frames of a similar vintage, it is likely that they will need to be replaced as well. We do not reccomend mixing old and new batteries in the same UPS. On average your batteries should last 3-5 years. Environment and application can have a dramatic affect on the life cycle of your batteries.

Note: The replacement battery for these models used to be RBC44. This model battery was replaced with part number APCRBC140. Runtime and battery life is exactly the same for both model batteries.

Battery Discharge During Storage


Issue:

The shelf life of a UPS battery under storage conditions depends on battery ratings and ambient temperature.

Product Line:

All UPS products

Environment:

All models, All Serial Numbers

Cause:

Normal behavior.

Resolution:

The shelf life of a UPS battery under storage conditions depends on battery ratings and ambient temperature. For each APC UPS family the expected battery discharge rate is presented for various storage conditions.

Temperature Effects:

The type of battery used in all UPS products has a "self-discharge" characteristic. This is the amount of charge the battery will naturally lose even if it is disconnected. At 20° Celsius, a battery will lose 3% of its capacity per month. However, at 40° Celsius, a battery will lose 10% of its capacity per month.


For Back-UPS, Back-UPS Office, Back-UPS AVR, Back-UPS Pro, Smart-UPS v/s:

When any of these APC UPS models has been powered "off", the battery discharge is equal to the self-discharge rate.


With Smart-UPS:
There are two ways to turn off a Smart-UPS. When applicable, if the UPS is switched off by using the rear switch, then the battery discharge is equal to the self-discharge rate. However, if the UPS is switched off with the front panel button, then the self discharge rate at 20° Celsius will increase from the natural 3% to 5% per month. The lost power goes into a small micropower circuit which is needed in order for the UPS to "remember" if it is supposed to restart automatically when the AC power is restored.


With SmartUPS RT (1kva to 10kva):

Any time a SmartUPS RT (1kva to 10kva) will be turned off without input power present, or allowed to operate in bypass for over 24 hours, the battery modules should be disconnected to prevent unnecessary discharge. Depending on the health of the batteries, they can discharge below start-up voltage (approximately 85vDC) within 72 hours if the UPS is not operating normally.


With SmartUPS RT (15kva to 20kva):

Any time a SmartUPS RT (15kva to 20kva) will be turned off without input power present, the battery modules should be disconnected to prevent unnecessary discharge. However, unlike the smaller RT units, the 15kva and 20kva SmartUPS RT's are able to charge batteries while in bypass mode.


With Matrix-UPS:

There are two ways to turn off a Matrix-UPS. If the UPS is switched off using the rear switch, then the battery discharge rate is slightly higher than the natural self-discharge rate, which is 5% at 20° Celsius. The extra power goes into "bleeder" circuits which are required to discharge the large capacitors inside the unit in order to protect service personnel.

However, if the UPS is switched off with the front touch switch, then the self discharge rate at 20° Celsius will increase from the natural 5% to 7% per month. The additional lost power goes into a small micropower circuit which is needed for the UPS to "remember" if it is supposed to restart automatically when the AC power is restored.

If a Matrix-UPS is to be stored in this condition (i.e. off) for a long period of time, it is recommended that the batteries be detached from the Matrix-UPS Electronics Unit, as this will reduce the self-discharge rate to 3% per month.


With Symmetra, Symmetra RM and Symmetra LX:

Any time a Symmetra will be turned off or allowed to operate in bypass for over 24 hours, the battery modules should be disconnected/disabled to prevent unnecessary discharge. Depending on the Symmetra model in use, batteries can discharge below start-up voltage (approximately 90vDC) within 72 hours if the UPS is not operating normally.


Bottom Line:

APC Batteries should be charged to 100% within 6 months of purchase by the end user. If the batteries are to be stored for an extended period of time after that, the following procedures are strongly recommended in order to keep the batteries from discharging beyond the safe limit:
 

  • If the ambient temperature during storage is - 15°C to + 30°C (+ 5°F to + 86°F), perform a full recharge cycle at least every six months.
  • In environments where the ambient temperature is + 30°C to + 45°C (+ 86°F to + 113°F), perform a full recharge cycle at least every three months.