Siemens 3P Pole Panel Mount Isolator Switch - 32A Maximum Current, 11.5kW Power Rating, IP65

HT16494
Isolator Switches
Isolator Switches
3ld2203-0tk51 Siemens 3P Pole Panel Mount Isolator Switch - 32A Maximum Current, 11.5kW Power Rating, IP65Siemens
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HT Part No. HT16494

Mfr. Part No. 3LD2203-0TK51

Manufacturer: Siemens

Technical Documents: Datasheet-8e1d0b48(datasheets) Catalogue - Low-Voltage Power-d50829f5(datasheets)

23 - In Stock pcs
Price:
£ 25.18
Units Per Unit Price
1 + £ 25.18
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Product Specification

Product Attributes
Number of Poles 3P
Maximum Current 32A
Mounting Type Panel Mount
IP Rating IP65
Power Rating 11.5kW
Voltage Rating 690V ac
Electrical Phase 3
Handle Colour Black
Auxiliary Contacts Available No
Range SENTRON
Switch Rating 640A
Length 83mm
Width 67mm
Depth 92.5mm
Maximum Operating Temperature +55°C
Terminal Type Screw
Minimum Operating Temperature -25°C

More Information

Siemens Isolator Switch, 3 Poles, 32A Current Rating - SENTRON Series - 3LD2203-0TK51 Use this isolator switch from Siemens to cut the power to an electrical circuit when you're carrying out maintenance. It's easy to operate – simply turn the black handle between the on and off positions. Thanks to a current rating of 32A, it's suitable for use in high-power systems. A long mechanical service life of 100,000 operating cycles means you can rely on this product for long-term performance. You'll commonly find it used with conveyor belts, process and packaging equipment and emergency stop systems. Features & Benefits • IP65 rating means it's dust-tight and protected against low-pressure water jets
• Compact size of 83 (H) x 67 (W) x 92.5mm (D) is easy to slot into busy setups What's the operating temperature range of this isolator switch? This isolator switch has a wide operating temperature range between -25°C and +55°C, so it's a good choice for use in harsh industrial environments. What's the difference between a fused and non-fused isolator switch? A fused isolator switch like this one breaks the circuit using a fuse, while non-fused types break the circuit using a rotary switch or knife-blade disconnect. Fused isolator switches can handle higher loads than non-fused alternatives, so are suitable for use in demanding applications.

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