TMX-6E
TMX, Cavity fixing
Cavity fixing  L10190
TMX-6E
TMX, Cavity fixing
Cavity fixing  L10190

TMX Hollow WAll Anchor 6E 12x3-16 Box 100 Pcs

Catalogue Number: 1260140
TMX-6E
TMX, Cavity fixing
Cavity fixing  L10190
TMX-6E
TMX, Cavity fixing
Cavity fixing  L10190
Colour:
Colour: Per UOM Std.
  • 1 PCE

Specifications

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Range of product
Thorsman
Product or component type
cavity fixing
Device short name
TMX
Provided equipment
threaded screw
Mounting support
high load installation in board material - thickness: 3-16 mm
Device application
3-16 mm high load installation in board material
Mounting support
wall mounted
Thread type
M6
Screw diameter
6 mm
Screw length
57 mm
Shape of screw head
  • cross slotted
  • combi-head
    • Screwdriver shape
      Philips
      Drilling diameter
      12 mm
      Colour tint
    • metal
    • grey
      • Quantity per set
        set of 50
        Net weight
        0.0212 kg
        Material
      • screw: steel electroplated
      • cavity fixing: sheet metal electroplated
        • Practical load capacity
        • shear: 450 N 2.5 )
        • pull-out load: 180 N 3 )
          • Thickness
            0-25 mm fixture
            Environmental characteristic
            fire resistance
            Ambient air temperature for operation
            -40-80 °C
            Diameter
            18 mm
            Length
            62 mm
            Sustainable offer status
            Green Premium product
            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
            ENVPEP101028EN
            Circularity Profile
            N/A
            Warranty
            18 months

            Documents & downloads

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            • Catalog Page

            • Technical Data Catalogues

            • Product Environmental

            • Handout

            • Certificates (MSDS)

            • Declaration of Conformity

            Frequently Asked Questions

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            ETSNZ - How to Linking Vijeo Designer Variables to Unity Using an XVM File

            Refer to attached document:

            What colours is the ML2025 available in?

            ML2025-RD - Red
            ML2025-DB - Blue
            ML2025-WE - White

            Is the PDLS800GPSBABK still available

            No the parts need to be ordered seperately:
            1x S800GPSBK (Black Grid and Cover Plate)
            1x S800CBABK (Brushed Aluminium, Black trimmed cover plate)

            What is the part number for a 20mm steel conduit plug?

            The part number  for a 20mm brass plug for steel conduit is 1220S20.

            What is the replacement for RE11RMMW Timer?

             The replacement for RE11RMMW Timer is  RE17RMMW

            RE17RMMW 
            time delay relay 10 functions - 1 s..100 h - 12..240 V AC/DC - 1 OC 

            For more information see: https://eshop.schneider-electric.com/product.aspx?org=21&lang=1&dist=276&prod_id=RE17RMMW

            What is the dimension of 1260025 TMX-4E hollow wall anchor cavity fixing with screw?

            The dimension of 1260025 TMX-4E is 14mm (diameter) x 47mm (length). 1260025 is cavity fixing including fully threaded screw with combi-head and Phillips cross-slot.
            Benefits
            • Captive fixing – stays fixed even when the screw is not tightened
            • Anti-rotation design
            • Pre-assembled screw
            • High load values
            • Fire-resistant
            • Ideal for overhead cavity fixing
            Material and Operative Data:
            Material cavity fixing Expanding part: electroplated sheet metal
            Screw: electroplated steel
            Material mounting tool: Steel and plastic
            Temperature range:  –40°C to 80°C
            For further information please visit https://www.clipsal.com/Trade/Products/ProductDetail?catno=1260025
            User-added image

            What is the part number for a 3 position 30 series switch mech , labelled AUTO , OFF , MAN?

            The part number for a 3 position switch mech Labelled AUTO , OFF , MAN is - 39MAOM

            For further information , visit link below:-
            https://www.clipsal.com/Trade/search-results?q=39MAOM
            User-added image

            Conext SW - Installation/ Wiring issue.

            Issue:

            Customer is installing the Conext SW and wants to confirm the wiring of the AC and DC cabling. 

            Environment:

            Conext SW 2524 120/240 Split-phase (865-2524)
             
            Conext SW 4024 120/240 Split-phase (865-4024)


            Resolution:
             

            See the attached wiring diagrams for the Conext SW and Conext SW-NA.
            Do not mix AC and DC wiring in the same conduit or panel. Consult the applicable installation code for details.
            There are two dual 3/4" /1" trade-size knockouts on the side panel and another two on the bottom panel for AC wiring. Use the same trade size of strain relief as the trade size of the knockout(s) you are using.

             

            What's the difference between the SyMax Model 50 programmable controllers 8005CP50 and 8005CP51?

            The difference between the two SyMax Model 50 programmable controllers is the power voltage rating.
            8005CP50 is a 120/240 VAC Processor Unit.
            8005CP51 is a 24 VDC Processor Unit.


            Legacy KB System (APS) Data: RESL169642 V1.0, Originally authored by on , Last Edited by on
            Related ranges: Sy/Max

            How to gear in two LXM28 drives in SoMachine?

            Issue:
            Setup function block GearIn_LXM28 so that the master and slave drives follow each other perfectly

            Product Line:
            LXM28

            Resolution:
            The NUM of the GearIn_LXM28 function block should be set to 1280000 and the DENUM should be set to 8192 (2048 x 4).
            This will make the perfect gear between the master and slave.

            What is the native resolution of the encoder counts for Lexium 28 servo drives?

            The native resolution for Lexium 28 is 1280000 counts per revolution on the motor.

            This is important to know especially when using the LXM28 in gear mode.
            The factory default ratio for gear mode is 128/10      (128 = numerator  10 = denominator)
            The equates to 128 motor increments for 10 pulses applied to the pulse train input.  


            Rev 10-23-18
             

            What is the factory default scaling on Lexium 28 servo drives?

            The factory default for position scaling is 128 as the numerator and 10 and the denominator.  Parameters P1-44 and P1-45 respectively.
            These values are based on the encoder feedback resolution of 1280000 counts per revolution from the motor.

            With the factory default scaling a commanded move of 100000 will result in the motor shaft making one full revolution.


            rev 7-19-18

             

            What is the native resolution of the encoder counts for Lexium 28 servo drives?

            The native resolution for Lexium 28 is 1280000 counts per revolution on the motor.

            This is important to know especially when using the LXM28 in gear mode.
            The factory default ratio for gear mode is 128/10      (128 = numerator  10 = denominator)
            The equates to 128 motor increments for 10 pulses applied to the pulse train input.  


            rev 10-19-17

            Energy Meter shows "Phase Loss" Alarm

            Issue
            Energy meter shows “Phase Loss” alarm on front display.

            Product Line
            Energy meter (EMB and EME series).

            Environment
            Installing/wiring energy meter

            Cause
            If the voltage of any phase is measured as less than 75% of the voltage on any other phase, the display will show PHASE LOSS and indicate the specific phase(s).

            Resolution
            If the energy meter is installed with the proper number of phases (see selection below to determine this) then the phase voltages should be verified. If the number of phases installed is not correct, then the phase loss alarm will be indicated in all operating conditions.

            It’s very important to know the model number of your Energy meter.  
            For example, users see “Phase Loss” error when they use EMB2043 (1 phase, 3 wire) with 1 phase, 2 wire application.

            As a result, it’s very important for users to know their application and use appropriate meter that meets their system type.  Please review the tables below for selecting correct meter.

            Basic 120/240 Volt 208 Wye

            EMB1010 Basic 100A 1 Phase, 2 wire installation 1 CT
            EMB1021 Basic 200A 1 Phase, 2 wire installation 1 CT
            EMB1032 Basic 300A 1 Phase, 2 wire installation 1 CT
            EMB2010 Basic 100A 1 Phase, 3 wire installation 2 CTs
            EMB2021 Basic 200A 1 Phase, 3 wire installation 2 CTs
            EMB2032 Basic 300A 1 Phase, 3 wire installation 2 CTs
            EMB2043 Basic 400A 1 Phase, 3 wire installation 2 CTs
            EMB2083 Basic 800A 1 Phase, 3 wire installation 2 CTs
            EMB3010 Basic 100A 3 Phase, 4 wire installation 3 CTs
            EMB3021 Basic 200A 3 Phase, 4 wire installation 3 CTs
            EMB3032 Basic 300A 3 Phase, 4 wire installation 3 CTs
            EMB3043 Basic 400A 3 Phase, 4 wire installation 3 CTs
            EMB3083 Basic 800A 3 Phase, 4 wire installation 3 CTs
            EMB3084 Basic 800A 3 Phase, 4 wire installation 3 CTs
            EMB3164 Basic 1600A 3 Phase, 4 wire installation 3 CTs


            Extended Range 120/480 Volt Wye

            EME1010 Basic 100A 1 Phase, 2 wire installation 1 CT
            EME1021 Basic 200A 1 Phase, 2 wire installation 1 CT
            EME1032 Basic 300A 1 Phase, 2 wire installation 1 CT
            EME2010 Basic 100A 1 Phase, 3 wire installation 2 CTs
            EME2021 Basic 200A 1 Phase, 3 wire installation 2 CTs
            EME2032 Basic 300A 1 Phase, 3 wire installation 2 CTs
            EME2043 Basic 400A 1 Phase, 3 wire installation 2 CTs
            EME2083 Basic 800A 1 Phase, 3 wire installation 2 CTs
            EME3010 Basic 100A 3 Phase, 4 wire installation 3 CTs
            EME3021 Basic 200A 3 Phase, 4 wire installation 3 CTs
            EME3032 Basic 300A 3 Phase, 4 wire installation 3 CTs
            EME3043 Basic 400A 3 Phase, 4 wire installation 3 CTs
            EME3083 Basic 800A 3 Phase, 4 wire installation 3 CTs
            EME3084 Basic 800A 3 Phase, 4 wire installation 3 CTs
            EME3164 Basic 1600A 3 Phase, 4 wire installation 3 CTs


            NOTE: the meter will operate, however the phase loss alarm will constantly be present if the improper meter is in use.

            Description of P1-46 on LXM28 drive

            Issue:
            Description of P1-46 on LXM28 drive

            Product Line:
            LXM28

            Resolution:
            That parameter is for ESIM output resolution.
            Default is 2048 counts from the encoder output based on 1 rotation of the motors encoder at 1280000 counts

            What values should be set for the potential transformer (PT) primary and secondary values in a CM4000 when connecting the voltage inputs of meters directly to the bus (with fuses)?

            Issue
            A user may want to know the PT primary and secondary values for a CM4000 upon initial setup

            Product Line
            CM4000

            Environment
            Setup

            Cause
            The meter may be set to "No PT" or the PT ratio may be used. 

            Resolution
            When setting the PT ratio, one may select "No PT" for the PT Primary Scale - there is no requirement to set the PT ratio if "NO PT" is chosen.

            The PT Primary and PT Secondary inputs are still available, but they are not used when "No PT" is selected for the PT Pri Scale.
            A user would set the PT ratio to "No PT" when the system voltage used by the load to be metered is the same as the system voltage connected directly to the meter (i.e. direct connect with no potential transformers used).

            The PT ratio needs to be set only when the load is using a different voltage from the meter voltage inputs (i.e. potential transformers are being utilized). Potential transformers are used when the voltage of the electrical system is higher than the rated specifications of the meter voltage inputs. The PT primary and secondary ratio on the meter should match that of the potential transformers in the field.

            Example 1: When metering a 1.2 kV system with a set of PT's that contain a ratio of 1200:120, the PT Primary of the meter should be set to 1200 and the PT Secondary of the meter should be set to 120.
            (Potential transformers are used in this scenario because 1.2 kV exceeds the acceptable voltage input threshold the CM4000 can withstand (1–690 L-L, 400 L-N)

            Example 2: When metering a a 480V L-L system, no PT's are being used. The system voltage is directly connected to the metering inputs. In this scenario, you would set the PT Pri Scale of the meter to "No PT".

            Note: If the meter receives voltage that is the same as the voltage used by the load and "No PT" is NOT selected, then a PT ratio of 1:1 would need to be used and is still acceptable. (i.e.This result can be achieved by setting the PT Ratio to 120:120 or 480:480)

            How does an ION 8600/8650 with the standard power supply option obtain its control power?

            Issue 
            The documentation for the ION 8600/8650 does not include all possible configurations.

            Product Line
            ION 86x0

            Environment
            ION 86x0 Control Power

            Cause
            How does the ION 8600/8650 derive its control power when there is no neutral conductor connected to the meter. For example: A 9s meter is configured with no neutral line.

            Resolution
            When an ION 8600 is equipped with a standard power supply it obtains its control power from the line voltage at the "Stabs". 
            It is possible to wire and power a meter with no neutral connected even though the meter has a neutral connection. 

            9S/39S, 36S/76S 
            120-277 VLN RMS (-15/+20%) @ 47-63 Hz

            35S
            120-480 VLL RMS (-15/+20%) @ 47-63 Hz 

            In a situation where the meter is configured with no neutral line the control power would be derived from 2 of the 3 phases. The voltage average between any 2 phases would need to be 120V.

            When powering the meter with 120V L-L be mindful of possible voltage sags from the utility company.
            If you require monitoring below 120V it is recommended that you configure the meter with either the standard low voltage power supply or the Auxiliary powered option.

            Additionally, the ION8650 autosenses the voltage between Line to Line or Line to neutral. If the Line to Neutral value is within the correct control power range the meter will use that voltage to power the meter. However, if the Line to Neutral value is not with int the control power range the meter will use the Line to Line value

            For Burden Ratings of ION meters, Powerlogic meters, and Sepam Relays, refer to the following link: index?page=content&id=FA212617

            XW Won't qualify generator.

            Issue:

            XW inverter charger will not qualify AC generator. AC IN light blinks
            AC input qualification, overloading the generator, unable to sustain battery charging and and running loads (multi-tasking)


            Environment:

            XW 4024/4548/6048 with AC generator


            Resolution:

            1) Ensure generator is split phase 120/240, not 120 monophase or 120/208V. Voltage from (L1 to N) and (N to L2) should add up exactly to (L1 to L2) voltage
            3) Recommended, size your generator 2 times the rating of the XW system.
            2) Ensure no neutral to ground bond in Generator
            3) Connect gen output to AC2, not AC1 and open up AC2 parameters in XW advanced settings - ac settings menu
            4) Reduce max charge rate in XW
            5) If Kohler RES series generator, see  Solution 1179

            Cause:

            1) XW can only connect to splt-ph 120/240 unless converted to monophase 
            2) Potential ground loop
            3) AC2 qualification parameter window much wider than AC1
            4) Gen being overloaded by combination of house loads and XW charger.

            Can a circuit breaker be operated at a voltage less than the voltage marked on the breaker?

            Inquiry:
            Is it OK to apply a circuit breaker on a voltage system rated lower than the rating of the breaker?

            Product Line:
            MCB and MCCB circuit breakers

            Cause:
            Circuit breakers are typically marked only with a few standard voltages, while other voltage systems exist.

            Resolution:
            Yes. According to 2011 NEC article  240.83(E), a circuit breaker may be used at voltages equal to or less than its voltage rating. 
            When applied on a system of lower voltage than marked, he interrupting rating is equal to the next highest marked interrupting rating. 
            The only exceptions to application at less than rated voltage are:
            1. QO and HOM -GFI, -EPD, -AFI, -CAFI, and DF circuit breakers must be applied on 120/240 Vac systems only (they need over 100 Vac to power the electronic modules)
            2. EHB-EPD and EDB-EPD type breakers which must be applied on 480Y/277 systems only

            NOTE:  Circuit breakers marked with DC ratings only are not suitable for application on AC systems, and circuit breakers marked with AC ratings only are not suitable for application on DC systems.

            How do I hardwire 10kva and 20kva transformers in a 208/120 or 240/120 environment

            Issue:
            Implementing a hardwire stepdown transformer in a 208v or 240v environment


            Product Line:

            Smart-UPS / Symmetra

            Environment:

            APTF10KT01, APTF10KW01, and APTF20KW01, All Serial Numbers

            Cause:

            Unbalanced UPS outputs require a stepdown transformer to power 120v loads


            Resolution:

            This document refers to installing  the APTF10KT01, APTF10KW01, and APTF20KW01 transformers in a North American 120/240 or 120/208 environment. For installations in other regions please consult the users manual.

            The wiring block outputs are as follows:


            For domestic use, make sure that the Terminal Block Jumper is installed between the Ground Terminal and Terminal 8 on the output wiring block, as illustrated on page 8 of the user manual. Please also make sure that the input voltage switch is in the correct position.

            The step-down transformer provides 240/120 output as 2 120v hots, a neutral, and a ground. It provides 208v output as a 120v hot, an 88v hot, and a ground. The 120v hot (terminal  7) and the 88v hot (terminal 9) are 180 degrees out of phase. You will measure 208v from terminals 7 to 9. The step-down transformer is not able to provide 2 120v hots that are 120 degrees out of phase as you would see with utility power.



             Note: If your installation requires both 208v and 120v output power you will need 2 separate subpanels: a 240v/120v panel and a dedicated 208v subpanel.

            Lost Neutral - effects on loads and UL1449

            Issue:

            Lost Neutral - effects on loads and UL1449

            Product Line:

            All Back-UPS, Back-UPS PRO and Personal Surge

            Environment:

            Lost Neutral in electrical infrastructure.

            Cause:

            Lifted neutral at utility panel.

            Resolution:

            In a typical balanced load with all loads using the neutral return and the neutral is severed, the voltage from each Phase appears across each load and is added on itself. This is a typical fault condition. Underwriter's Laboratories realized that this fault condition is common and it is not up to the Surge Protection Industry to prevent these failures but in the event of this common failure, UL addressed this condition by requiring all Surge Protectors to pass a fault of 240 VAC at different current levels to simulate different loads. These currents are: 125 mA rms. 500 mA rms. 2.5 A rms. and 5 A rms. They also require an unlimited current test (1000 A rms. or greater). 240 VAC is used because most household wiring is 120/240 3 wire single phase and a lost neutral produces 240 VAC. The unit during this test has cheesecloth wrapped around it. The unit may not emit flame nor can it char the cheesecloth nor can it create an opening in the housing that exposes live metal parts large enough for a child's finger to be inserted. After the test, the unit may not allow leakage currents of > 0.5 mA from Line to Ground and Neutral to Ground also it must withstand a dielectric voltage of 240 VAC for minute between each protected mode. Our units have passed this stringent test requirement in order to get UL recognition and to insure the safety of our customer's lives and property.
             

            Can a 3-pole breaker be used in a 2-pole application?

            Issue:
            Can a three pole breaker be used in either a two pole or a single phase application?

            Product Line:
            MCCB

            Environment:
            Powerpact and Masterpact

            Resolution:
            • A 3p breaker can be used on a 3 phase system using either 2 or 3 poles.
            • A 3p breaker can be used on a 1 phase system only if indicated by the markings as noted below.
            For reference:
            • Per NEC article 240.85: "A circuit breaker with a straight voltage rating, such as 240V or 480V, shall be permitted to be applied in a circuit in which the nominal voltage between any two conductors does not exceed the circuit breaker’s voltage rating."
            • According to UL's White book, "3–pole circuit breakers are suitable for use on 3-phase systems only, unless marked to indicate use on 1-phase systems, such as, “For 1–phase connections, use two outside poles,” or an equivalent statement. A 3-pole breaker used in place of a 2-pole breaker on a 3-phase system, such as a 2-pole breaker used in a branch circuit that is actually two legs of a 3-phase system, is acceptable without the 3-pole breaker being specifically marked."

            Powerpact P
            • The 3-pole P-frame breaker has a marking on the cover that states "single phase any 2 poles". Therefore on a 120/240Vac system, it is ok to use any 2 poles of a 3 pole P-frame breaker.
            • This breaker marking correlates with the wiring diagram markings of the M and P breaker enclosure, which shows both 2p and 3p applications.
            Powerpact L
            • The 3-pole L-frame breaker does NOT have a marking for single phase systems. Therefore on the 120/240Vac system, it is NOT ok to use a 3 pole L-frame breaker.
            • This marking correlates with the wiring diagram of the L breaker enclosure, which shows only 3p applications.
            Powerpact H and J
            • Three-pole Powerpact H and J-frame thermal-magnetic breakers are marked for single phase use
            • Three-pole Powerpact H and J-frame Micrologic breakers with standard trip units (U31X and U33X) are marked for single-phase use
            • Three-pole Powerpact H and J-frame Micrologic breakers with Ammeter and Energy trip units (U43X, U44X, U53X and U54X) are NOT marked for single-phase use.