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Clipsal - Mounting Accessories, Bracket Miniature Suit Architrave 60 and 30 Switch

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Clipsal - Mounting Accessories, Bracket Miniature Suit Architrave 60 and 30 Switch

Clipsal - Mounting Accessories, Bracket Miniature Suit Architrave 60 and 30 Switch

Item Number: 151

Discontinued

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Datasheet

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Specifications

Design

Product brand

Clipsal

Sustainable offer status

Green Premium product

Physical

[In] rated current

32 A

REACh Regulation

Free of Substances of Very High Concern above the threshold

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

RoHS exemption information

Yes

China RoHS Regulation

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

Environmental Disclosure

ENVPEP110719EN

Others

Package 1 Bare Product Quantity

1

Unit Type of Package 1

PCE

Number of Units in Package 1

1

Package 1 Weight

0.048 kg
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Frequently Asked Questions

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Video: How to Import MiCOM Data Models

Product Line
Easergy or MiCOM S1 Studio

Environment   
MiCOM configuration

Resolution
How to Import a Data Model. Review the video below and the step by step instructions that follow.

    • Open the Data Model Manager

      • a. Start > All Programs > Schneider Electric > MiCOM S1 Studio (Easergy Studio) > Data Model Manager
        b. Follow the screen shots below or the attached video:

      ImportSelect File
      Next
      Select which to import
      Click Import
      Import Finished
      Close
       

Video: Why is the Micrologic Trip Unit Type P or H reading negative power?

Product Line
Micrologic Trip Unit Type P and H
Breakers: Powerpact P and R Frames, Masterpact NT and NW, Compact NS630B- NS3200

Environment
Micrologic Trip Unit Type P and H

Cause
The power readings from the device are all negative, yet all of the voltages and currents are positive numbers.

Resolution
The power sign must be changed to accommodate this issue. The power sign has two different settings: (+) and (-). The (+) setting implies that power is absorbed from upstream to downstream (meaning it is top-fed). The (-) setting implies that power is absorbed from downstream to upstream (meaning it is bottom-fed).

The power sign can only be changed from the front panel of the Trip Unit. From the main menu go to either the Micrologic Setup or Metering Setup menus then follow the steps in the diagrams below. In order to change settings via the menu buttons on the trip unit, the trip unit must be energized AND the door over the adjustment dials MUST be OPEN. 
To change the power sign:
  1. Press the Wrench menu button
  2. Select Micrologic Setup
  3. Select Power Sign
  4. Open the trip unit door (see video for details)
  5. Toggle power sign with up or down arrow
  6. Press Enter to select sign
  7. Press Wrench button to exit
  8. Select YES to save settings on exit





For further information about the Micrologic Trip Units Type P and H see link for the instruction bulletins below.
Powerpact P, R, and Masterpact NW, NT Micrologic™ 5.0P and 6.0P Trip Units, see 48049-137-05
Powerpact P, R, and Masterpact NW, NT Micrologic™ 5.0H and 6.0H Trip Units, see 48049-330-03

How are the Micrologic modules addressed in the trip units?

Issue
Micrologic trip units used with Masterpact NT and NW, Powerpact P and R Frame , and Compact NS have multiple address associated with device.
 
Product Line

 Trip Unit Trip Function Type
 2.0 (IEC Only) LSO Standard (No comms)
 3.0 LI
 5.0 LSI
 2.0A (IEC Only) LSO Standard
 3.0A LI
 5.0A LSI
 6.0A LSIG
 3.0E (IEC Only) LI Energy
 5.0E (IEC Only) LSI
 5.0P LSI Power
 6.0P LSIG
 5.0H LSI Harmonics
 6.0H LSIG

 
Environment
Communication applications using Micrologic trip units and circuit breakers with frame sizes 630 A and greater.

Cause
Need the Modbus addresses associated with a Micrologic devices

Resolution
There are 3 modules and 1 optional module associated with a Micrologic trip. Each module has its own Modbus address.
 
Breaker Communication Module (BCM)
The circuit breaker communication module is independent and is installed on the circuit breaker, behind the trip unit.  The unit receives and transmits information on the communication network through optical link between the Micrologic A, P, and H trip units.
The address for the BCM is the base address for the entire device which can be seen on the trip through the communication menu.  (Breaker Communication Module: @ Address xx)
 
Metering Module (MM)
The metering module prepares the electrical values. Every second, the metering module refreshes the “real-time” RMS measurements. Using this data, it then calculates the demand and energy values, and stores the minimum / maximum values recorded since the last reset. (Note Ammeter trip unit have limit data associated with Current)
The address is the base plus 200. (Metering Module: @ Address xx + 200)

Protection Module (PM)
The protection module ensures the critical circuit breaker functions. This control unit is completely independent and does not use the measurements generated by the metering module. The module calculates the protection-function inputs and outputs itself ensuring extremely fast reaction times.
The address is the base plus 100. (Protection Module: @ Address xx + 100)
 
Cradle Communication Module (CCM)
The cradle communication module is an independent device installed separately from the breaker. Used with drawout breakers that incorporates a cradle that houses the breaker.
The address is the base plus 50. (Cradle Communication Module: @ Address xx + 50)
 
See the below link for more information.
Modbus™ Communications System for Micrologic™ A, P, and H Trip Units 0613IB1201

Note

  • Using an IFE or IFM module employing the ULP protocol, the address rules above does not apply.Micrologic Trip Unitssuperfluous line
Related ranges: Communication with Micrologic trip units

How do I setup a schedule in Wiser by SE for switches, sensors or socket outlets?

Find the device in the App and tap on it, when in the specific device screen tap on Schedule. In the Schedule screen tap Add and then create a schedule for the device. For Socket outlets there will be an option in the Schedule screen to select which socket you want to create the schedule for.

When a device is in Zigbee mode, schedules can only be created for an ‘On’ or ‘Off’. Hence two schedules will be needed for an ON/OFF - one for the ON time and one for the OFF time.

In Bluetooth/BLE mode you can select a time range and both an ‘On’ or ‘Off’ within a single schedule.

Socket Schedule1.pngSocket Schedule2.png

Zigbee Schedule.pngBluetooth Schedule.png
 

Is the NAC/SHAC a BACnet IP "Server" or "Client"? And which do I need?

Direct out of the factory the NAC/SHAC is "server" only.
  • NAC/SHAC acts as a gateway for Modbus devices and C-Bus devices back onto a BMS (Building Management System is the BACnet Client). BACnet Servers cannot see or communicate to other BACnet servers.
  • BMS systems that support BACnet are acting as a Client, allowing them to see all of the BACnet servers on the ethernet network.
  • Whilst a BMS may support various versions of BACnet, such as "BACnet IP", "BACnet Ethernet", or "BACnet MSTP" (RS485), the NAC/SHAC only supports "BACnet IP".

NAC SHAC Image with Details.jpg

I can't connect to the NAC/SHAC via USB but I can from Ethernet RJ45 connection?

This is probably due to an old version of CBus Toolkit being installed on your computer.

CBus Toolkit older than 1.15 will not have the newer USB drivers required for the NAC/SHAC.

Your 5500PACA (PAC) or your 5500PCU (USB PC Interface) with their USB
connections will still be working, as they both use different "older" USB drivers.

Download the current Version Here: https://www.clipsal.com/learn-and-discover/trade-talk/trade-software-tools/c-bus-software
NAC SHAC Image with Details.jpg
 
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