Weidmuller WSI 6 Fuse Terminal Block with Screw Connection

$ 2.26

Total:

Fuse terminal block for 5x20mm G-Si cartridge fuses. Features clamping yoke screw technology, 500V rated voltage, 6.3A current, and TS 35 DIN rail mounting.

SKU Weidmuller-1011000000 Category
MOQ: 50 pcs   >>   Order in multiples of 50
Industrial Automation > Terminal Blocks > Fuse Terminal Blocks

Weidmüller WSI 6 Fuse Terminal Block with Screw Connection

Model Identifier WSI 6
Official Part Number 1011000000
GTIN Standard 4008190105624

Technical Overview

The Weidmüller WSI 6 (1011000000) is a robust fuse terminal block featuring a screw connection system with patented clamping yoke technology, designed for reliable short-circuit and overload protection in industrial control systems. It accommodates a standard 5x20mm G-Si cartridge fuse within a pivoting holder, facilitating easy maintenance and replacement. The unit is rated for a nominal cross-section of 6 mm² and supports a continuous operating temperature range of -50 °C to 120 °C, housed in V-0 flammability-rated Wemid material.

Key Features

  • Integrated pivoting fuse holder for 5x20mm G-Si cartridge fuses
  • Patented clamping yoke screw connection technology for vibration-proof contact
  • Wemid insulation material with UL 94 V-0 flammability rating
  • Suitable for mounting on TS 35 DIN rail
  • Wide operating temperature range of -50 °C to 120 °C
  • Modular design compatible with W-Series accessories
  • RoHS conformant

Screw connection with Clamping Yoke Technology

Technical Specification Matrix

Technical ParameterSpecification
VersionFuse terminal, Screw connection, Fuse isolator, for screwable cross-connection, One end without connector
Order No.1011000000
TypeWSI 6
GTIN (EAN)4008190105624
Depth including DIN rail62 mm
Storage temperature-25 °C...55 °C
Continuous operating temp., min.-50 °C
Continuous operating temp., max.120 °C
MaterialWemid
ColourDark beige
UL 94 flammability ratingV-0
Cartridge fuseG-Si. 5 x 20
Fuse holder (cartridge holder)Pivoting
Operating voltage, max.250 V
Type of voltage for indicatorAC/DC
Rated cross-section6 mm²
Rated voltage500 V
Rated voltage to adjoining terminal500 V
Rated current6.3 A
Current at maximum wires6.3 A
StandardsIEC 60947-7-3
Volume resistance0.78 mΩ
Rated impulse withstand voltage6 kV
Power loss1.31 W
Pollution severity3
Connection typeScrew connection
Stripping length12 mm
Clamping screwM 3.5
Tightening torque, min.0.8 Nm
Tightening torque, max.1.6 Nm
Clamping range, min.0.5 mm²
Clamping range, max.10 mm²
Wire connection cross section, solid, min.0.5 mm²
Wire connection cross section, solid, max.10 mm²
Wire connection cross section, stranded, min.1.5 mm²
Wire connection cross section, stranded, max.10 mm²
Wire connection cross section, flexible, min.0.5 mm²
Wire connection cross section, flexible, max.10 mm²
Wire connection cross section, flexible with ferrule DIN 46228/1, min.0.5 mm²
Wire connection cross section, flexible with ferrule DIN 46228/1, max.6 mm²
Wire connection cross section AWG, min.AWG 20
Wire connection cross section AWG, max.AWG 8
RailTS 35
Number of potentials1
Number of levels1
End cover plate requiredYes
Explosion-tested versionNo
Depth61 mm
Height60 mm
Width7.9 mm
Blade size0.8 x 4.0 mm
Net weight18.36 g

Industrial Applications

1. Control Circuit Protection in Automation Cabinets

Integration into PLC control cabinets to provide individual fusing for sensor and actuator power lines.

Problem Solved

Prevents a single field short-circuit from taking down the entire 24V or 230V control bus, ensuring high system availability.

clamping yokePLC protectionshort-circuit isolationDIN rail mounting

2. Process Instrumentation Marshaling

Used in marshaling panels to fuse analog signal loops and auxiliary power supplies for field instruments.

Problem Solved

Offers a compact, maintainable interface for isolating faulty instruments without disrupting adjacent process loops.

marshaling cabinetsloop isolation5x20mm fuseinstrumentation protection

3. HVAC System Auxiliary Power Distribution

Safeguarding secondary control circuits such as damper actuators and valve motors in building management systems.

Problem Solved

Protects valuable HVAC controllers from overcurrent events caused by stalled motors or wiring faults.

auxiliary circuit fusingHVAC controloverload protectionscrew connection

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