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Foot Switches, Foot Switch 250V 10A - Double Pole

White Electric | Foot Switches, Foot Switch 250V 10A - Double Pole

Foot Switches, Foot Switch 250V 10A - Double Pole

Item Number: 360-WE

Datasheet

Barcode

Qty UoM EAN Colour
-
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Specifications

Design

Product brand

Clipsal

Sustainable offer status

Green Premium product

Physical

Width

55 mm

Depth

29 mm

Length

93 mm

REACh Regulation

Reference contains 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

Package 1 Bare Product Quantity

1

Unit Type of Package 1

PCE

Number of Units in Package 1

1

Package 1 Height

4 cm

Package 1 Width

8 cm

Package 1 Length

10 cm

Package 1 Weight

75 g

Unit Type of Package 2

BB1

Number of Units in Package 2

5

Package 2 Height

8.4 cm

Package 2 Width

10.4 cm

Package 2 Length

19 cm

Package 2 Weight

0.426 kg

Unit Type of Package 3

CAR

Number of Units in Package 3

50

Package 3 Height

23.7 cm

Package 3 Width

20.3 cm

Package 3 Length

30 cm

Package 3 Weight

4.4 kg
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Frequently Asked Questions

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Video: How do you set up PID control on the ATV21 and ATV212 drives?

Issue:
PID control setup on ATV21 and ATV212 drives?

Product Line:
Altivar ATV21 and ATV212, S-Flex enclosed.

Environment:
All

Cause:
Setting up PID control on the ATV21 and ATV212 drives.

Resolution:

  1. Press the mode button until you see AUF
  2. Arrow down to F------ and press enter
  3. Find F360 and press enter choose your PID feedback assignment and to activate your PID function
  • 1 for VIA
  • 2 for VIB
        4. Set FNOD as your PID set point
  • Set to 3 if you want to use the up and down arrows as your set point.
  • Set to 1 for VIA or 2 for VIB if you want your analog input to be your set point.

Please note: it is not a good idea to set up to set your PID feedback F360 to 1 VIA and your set point  FNOD to 1 VIA. 

Basic setup for a 4-20mA signal input for PID feedback would be:
F201=20%  (4mA)
F202=0
F203=100%  (20mA)
F204= 60hz
F360= 1 (enable PID and feedback is VIA 4 to 20mA)
FNOD= 3  (up and down arrows are your set point.

Optional settings:
F362=PID proportional gain
F363= PID integral gain
F380 = 1 for Reverse acting (0 = deactivated)


Ref manual 30072-451-63

Is old Enerlin'X IFE interface (LV434010) compatible to communicate with MTZ Micrologic X trip units?

Please find the below details from firmware history notice DOCA0155EN .

IFE LV434010 firmware should be >=003.005.003 and date code >=HL164585 to compatible with Micrologic X.
FW notice



Please see below additional details as well from the MTZ Modbus Communication Guide DOCA0105EN .

MTZ Comms

How to configure a C-Bus Automation Controller to SE8350 or SE8650 Room Controller for Modbus RS-485 communications

Upon successful login to the C-Bus 5500NAC2 (Network Automation Controller) or 5500AC2 (Application Controller)

Setting Modbus RTU Settings
1) Select the Configurator option from the 5500NAC2 / 5500AC2 - start page 
2) Select the Modbus tab to display modbus devices, settings and options
3) Select the RTU Settings option in the bottom left corner
4) Check the RTU (serial) enabled option for an available RTU connection 
5) Set the port to /dev/RS485 
6) Set the baud rate to match baud rate set in SE8350 or SE8650 (possible options - 4800, 9600, 19200, 38400, 57600)
7) Set the parity bit to match parity set in SE8350 or SE8650 (possible options none (1 stop bit), odd, even, none (2 stop bit). 
8) Set duplex option to "half duplex"
9) Select the Save button to set the Modbus RTU Settings

example: 
RTU Settings Dialog

Scanning Modbus RTU for Devices
1) Select the RTU Scan option in the bottom left corner
2) Enter the Scan range start (COM address of first SE8350/8650 in daisy chain) 
3) Enter the Scan range end (COM address of last SE8360/8650 in daisy chain) 
4) Select the Save button to start RTU scan for modbus devices

example:
 
RTU Scan Dialog

5) From the RTU Scan results - check the add device option and specify the name, modbus profile (SE8300, SE8600 or SER8300 depending on series of SE Room Controller). 
Note: The SE8300 series profile covers the SE8350 room controllers, SE8600 series profile covers the SE8650 room controllers. 

example:
RTU Scan Result Dialog

6) Select the Save button to add the devices to the list of modbus devices

Adding User Parameter Objects - Needed for Modbus Mapping
1) Select the Objects tab from the configuration page tabs to display C-Bus Automation Controller objects
2) Select the Add New Object option in the bottom left corner to add a user parameter which will later be mapped to a modbus device register
3) Select User Parameter option from the Application dropdown
4) Add a new variable address and provide a meaningful tag name
5) Select an option that matches the modbus register type from the Data type dropdown (eg floating point for temperature reading or temperature setpoint)
6) Specify keywords, units, comments as appropriate
7) Select the Save button to add the new user parameter to the list of C-Bus Automation Controller objects

example: 
 
Add Object Dialog

example: the newly added user parameter object will appear in the objects list and its value prior to modbus mapping will be shown as the default value in this case 0.000°C

User Parameter Object

Mapping Modbus Device Registry to User Parameter
1) Select the Modbus tab from the configuration page tabs
2) From the modbus device list select the applicable modbus device's mapping icon under the mapping column
3) From the modbus device's register list select the link to object field next to the modbus register to be mapped
4) From the mapping dialog use the link to object dropdown list to link the modbus register to the corresponding user parameter
5) Specify the value delta, units, keywords and comments as applicable
6) Select Save button to link the modbus device register to the user parameter object

example: 
 
Modbus Mapping Dialog

Check User Parameter value for updates from SE8350/8650 Room Controller
1) Select the Objects tab from the configuration page tabs to display C-Bus Automation Controller objects
2) Check that the User Parameter object which was just mapped from SE8350/8650 modbus device register is updating as expected

example: we can see the Room Temp user parameter is being updated from the Room Controller One - Room Temperature modbus registry

Mapped User Parameter Object
 
 

Does my APC network enabled device support RADIUS or LDAP?



Issue

RADIUS and LDAP compatibility - Does my APC network enabled device support RADIUS or LDAP?



Product Line
 
  • APC branded Network Access Enabled Products


Environment
  • RADIUS or LDAP/LDAPS environments

Cause

This article outlines RADIUS and LDAP/LDAPS capability of APC Network Enabled devices. Refer below to review compatibility.


Resolution


Almost all APC Integrated Network Devices can utilize RADIUS (Remote Authentication Dial In User Service) as a centralized authentication mechanism. These devices include the Network Management Card (AP9617, AP9618, AP9619, AP9630, AP9631, AP9635), Environmental Management (AP9319, AP9320, AP9340), Switched/Metered Rack PDU (AP78XX/AP79XX, AP84XX, AP88XX, AP89XX, AP86XX), KVM Switches (KVMXXXX), Automatic Transfer Switch (AP77XX), and Netbotz Rack Access PX (AP9360/AP9361).

APC's RADIUS implementation follows RFC (Request For Comments) standards for RADIUS authentication. LDAP is currently used in our KVM switches (Models AP56XX, KVMXXXX). All other APC devices do not support LDAP, or any other method of authentication except for local device authentication. APC does not certify or warrant, in either express or implied fashion, third party tools and software that will allow integration with APC's implementation of RADIUS.

Some RADIUS servers allow integration with secondary authentication servers (LDAP as one possible example). Implementation examples can be referenced below. Any and all implementation is the sole responsibility of the end user.

Please refer to your software server vendor for information on integrating RADIUS into your security infrastructure.

Microsoft provides information regarding integration into Active Directory/LDAP using IAS and RADIUS in their Technet documentation

Information on other LDAP implementations can be found at


Keep in mind, by default, RADIUS users will have Read-Only access to the APC networked device unless the Service-Type attribute is changed on the RADIUS server to allow administrative access. Also, ensure that your device is upgraded to the latest firmware version available.

Please note that APC does not test and does not support nor recommend the applications listed or any comparable substitute that may be available. All documentation is provided on an "AS IS" basis as this information is the property and responsibility of the organizations which provide it. APC provides no warranties expressed or implied in any of these cases.

 

What is the part number for a replacement 9001 KS selector switch E key?

Issue:
9001 KS selector switch E key replacement

Product Line:
Push Buttons and Operator Interface

Environment:
Harmony Pushbuttons 30 mm

Cause:
Product selection

Resolution:
All standard replacement keys follow the same numbering system, 29411-01XX0 where the XX is replaced by the E key number. For an E11 key replace the XX with 11 for 29411-01110. For an E12 key replace the XX with 12 for 29411-01120.
For the primary keyed range, E36 through E60, use the same system with the base part number 29411-51XX0. So an E36 key is a 29411-51360. Primary key, E99, is part number 29411-51990.

How do I set up PID for sleep wakeup on an ATV21 or ATV212 drive?

Issue:
Sleep Wake Up function

Product Line:
ATV212, ATV21

Environment:
All model and serial numbers

Cause:
None

Resolution:
For PID setup see FAQ FA230136.

PID SLEEP WAKEUP can be activated by setting F256 [Time limit low spd]
Setting this function to 0 disables this function.
The range of this function is between 0 and 600 seconds.  0 deactivate this function. 

If parameter F256 is activated and if the drive operates continuously at [Low limit frequency] (LL) for a time period equal to the setting of F256, the drive will ramp the motor to a stop. While the motor is stopped, “LStP” will flash on the drive
embedded display terminal.

When the speed reference to the drive exceeds the low speed level LL+F391, the drive will accelerate the motor to the new speed
reference.

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