Socket Outlets Surface Mount, Single, 110V, 10A, 2 Pin Parallel

White Electric | Socket Outlets Surface Mount, Single, 110V, 10A, 2 Pin Parallel

Socket Outlets Surface Mount, Single, 110V, 10A, 2 Pin Parallel

Item Number: 402-WE

Datasheet

Specifications

Design

Product brand

Clipsal

Sustainable offer status

Green Premium product

Physical

Quantity per set

set of 1

Marking

without marking

Local signalling

without light indicator

Device mounting

surface

Fixing mode

by screws

[In] rated current

10 A

[Ue] rated operational voltage

110 V AC

Depth

28 mm

Fixing center

28 mm

Number of poles

1

Standards

  • AS/NZS 3100
  • AS/NZS 3112
  • AS/NZS 3133
  • AS/NZS 3000:approval number S/1
    • REACh Regulation

      Free of Substances of Very High Concern above the threshold

      EU RoHS Directive

      Compliant

      Mercury free

      Yes

      RoHS exemption information

      Yes

      China RoHS Regulation

      Product out of China RoHS scope. Substance declaration for your information

      Environmental Disclosure

      ENVPEP120506EN

      Others

      Cover type

      complete housing

      Diameter

      45 mm

      Unit Type of Package 1

      PCE

      Number of Units in Package 1

      1

      Package 1 Weight

      32 g

      Package 1 Height

      28 mm

      Package 1 width

      41 mm

      Package 1 Length

      41 mm
      Show all specifications

      Frequently Asked Questions

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      Where can I find information on the AMS (Alternate Maintenance Settings) switch, including the purpose, installation, testing, and troubleshooting? Can I install AMS onto an existing breaker?

      Issue:
      What is the function of the AMS switch, and how should it be installed and tested, and how can you troubleshoot it if it doesn't work properly

      Product Line:
      Circuit Breakers

      Resolution:
      The AMS solution has been superceded by the ERMS solution.  The following information pertains to the old AMS system.

      Purpose:
      The AMS switch temporarily eliminates the short-time delay setting of the circuit breaker and provides a circuit protection system with two modes: a normal mode and a maintenance mode (in which potential arc flash energy is reduced).
      In normal mode, the upstream circuit breaker acts in accordance with the settings provided in the electronic trip unit that provides selective coordination of the electrical distribution system.
      In maintenance mode, the upstream circuit breaker disregards the preset time-delay and operates to clear the fault condition with no intentional short-time delay. In this mode, the upstream circuit breaker responds as a ZSI circuit breaker that fails to receive a restraint signal, as described previously. By responding quickly to an arcing fault, incident energy is reduced. However, selective coordination is not preserved when the AMS is in maintenance mode.

      Installation
      The AMS switch is designed to be factory installed in Switchboard and Switchgear. It could also have been installed in the field but it required a breaker with an A, P, or H trip unit and purchase of the following:
      • Restraint Interface Module (RIM), catalog number S48890 (120 Vac/24 Vdc) or S48895 (240 Vac/24 Vdc).
      • Kit 84957 (label and components for required switches; includes the following
        -Instruction Bulletin NHA40218
        -AMS nameplate (80298-173-01)
        -AMS danger label (NHA41456)
        -C&KJ AMS push button (KM3301RR05Q) (button used for testing)
      • The following parts were ordered separately:
        -RIM (S48890)
        -Switch with blue indicator light (9001K11J38LLL)
        -Switch contact block (9001KA3)
        -Padlock attachment (9001K7)
        -Remote Pilot Light (the bulletin shows 9001KP1L9 or 9001KP35L9 but they use whatever they want)
      See attachment for installation instructions. 

      Testing:
      See attached bulletin for testing instructions.

      Troubleshooting:
      Ensure wiring is correct and all components are functioning properly.

      Related documentation:
      • Reducing Fault Stress with Zone-Selective Interlocking (Document No. 0600DB0001)
      • Guide to Power System Selective Coordination 600 V and Below  (Document No. 0100DB0603)
      • Alternate Maintenance Setting (AMS) Switch Handout (Document No. 8998HO1001)
      • Arc Flash Reduction Systems—Are They Always a Good Idea? (Document No. 0600DB0901)

      What basic parameters on the Altivar Process Drive do I need to configure to establish a connection and communicate to the drive over the Embedded Modbus Ethernet protocol?

      Issue:
      How do I setup the Altivar Process Drive to communicate over Modbus over Ethernet (TCP)?

      Product Line:
      Altivar Process Drive (ATV630, ATV930, ATV650, ATV950, ATV660, ATV960, ATV680, ATV980)

      Environment:
      All serial numbers 

      Cause:
      Need to connect to the drive and communicate over Modbus

      Resolution:

      Setting up Modbus TCP on the Drive
      EDS Files
      Basic Settings
      • Program Communication Settings:
        • [Communication] [Comm parameters] [Ethernet Embd] Config submenu
          • [IP Mode Ether. Embd]
          • [IP address]
          • [Mask]
          • [Gateway]
        • ​​​Setting up a Modbus Address
          • [Communication] [Comm parameters] [Modbus SL] [Modbus Fieldbus]
            • ​[Modbus Address]
            • [Bd.RateModbus]
            • [Modbus Format]
            • [Modbus Timeout]​​​
          • To read/write directly to individual 4x registers you will need to set a Modbus Address in the drive. 
            • The Modbus Address should match your Unit ID on PLC (Typically that is Unit ID of 1)
          • When using the IO scanner input/output tables you will need to use a Unit ID of 255
      • Remember to Power Cycle the Drive after any communication changes
      • Programming Command Settings:
        • [Complete settings] [Command and Reference]
          • ​For command speed from Network, program:
            • [Ref Freq 1 Config] Fr1 - Set to [Embedded Ethernet] Eth
            • [Ref 1B switching] rCb - Set to [Ref Freq Channel 1] Fr1
            • [Control Mode] CHCF - Set to [Not separ.] SIM
          • ​​Video: Setting an Auto/Manual or Reference Switching on the Altivar Process Drives
            • https://www.schneider-electric.com/en/faqs/FA294131/
      • Program Communication Settings (from SoMove)
        • ​​[Parameters List] [Fieldbus] [Modbus TCP/Ethernt IP]
        • Configure Drive Protocol (ATV900)
          • Ethernet Protocol - Set to Modbus TCP
      Commanding the Drive
      • Using IO Profile characteristics:
        • [Complete Settings] [Command and Reference] [Control Mode] - Set to "IO"
        • Command Word - 8501
        • 16 bit word (Bit 0, 1, 2..... 15)
        • Start/Stop must turn on bit 0 (first bit)
          • Write a 1 to start
          • Write a 0 to stop
        • Bit 1 to 15 are assignable to other drive functions like Fault Reset
        • Speed Reference
        • Speed Reference Word:
          • 8502 (Hz) and 8602 (rpm)
      • Using CIA402 (DriveCom Profile) characteristics:
        • Works with all assemblies
        • [Control Mode] to [Not separ.] or [Separate]
        • Command Word - 8501
        • No 16 bit word
        • Start/Stop
          • Drive will display nSt on top left corner.
          • A sequence of values must be written to the drive:
            • 6, 7 and 15 decimal values
            • Toggle between 7 and 15 to start and stop
        • Speed Reference
          • Speed Reference Word:
            • 8502 (Hz) and 8602 (rpm)

      Related FAQ: 
      FA316343: How do I troubleshoot an Altivar Process Drive that would not connect to a Modbus over Ethernet (Modbus TCP) network?


       

      Can Z4025XA accommodate 60PBI intermediate mech ?

      No, the 60PBI is a push button and is only suitable for switch plates eg. Z4061VH
      The Z4025XA is designed to accommodate either 60R32,60R32COOK, 60RMD20COOK or 60R16 as replacement.
      It is supplied complete with 60R16 .


      SWITCH MECH ASSY 32A 250Vimage.png

      What is the mechanism that goes into 4025XUA

      60R16 which is rated at 16 amps and used for general lighting etc.
      60r32 which is rated at 32 amps and can be used for stoves and ovens.

      Please see below link for  further documentation
      https://www.clipsal.com/Trade/Products/ProductDetail?catno=60R32

      Will the 60R32 fit into the 4025XA ?

      Yes, the 60R32 series are designed only to be fitted into the 4025XUA and 4025XA series

      What is the code for the deeper clip to mount a USB mech in a Z4025XUA

      Adapter clips used to mount USB mechs correctly are not something sold separate. USB in Saturn/Saturn Zen range needs to be oredred as a complete plate, 4025USBC or Z4025USBC.
       
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