Honeywell GLC Series Plunger Limit Switch, 2 NC, IP66, Die Cast Zinc Housing, 600V ac, 10A

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$358.35

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$394.18

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RS Stock No.:
311-2241
Distrelec Article No.:
303-01-513
Mfr. Part No.:
GLCC06B
Brand:
Honeywell
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Brand

Honeywell

Actuator Type

Plunger

Product Type

Limit Switch

IP Rating

IP66

Contact Configuration

2 NC

Housing Material

Die Cast Zinc

Contact Type

Slow Action

Switching Current

10A

Terminal Type

M20

Series

GLC

Switching DC Voltage

250V dc

Switching AC Voltage

600V ac

Minimum Operating Temperature

-40°C

Maximum Operating Temperature

85°C

Length

68.5mm

Width

30.5mm

Standards/Approvals

CCC, CE, CSA, UL

Depth

26.35mm

Hazardous Area Certification

NO

Operating Force

13N

Conduit Entry

20 mm

Mechanical Life

10000000Cycles

Honeywell GLC Series Limit Switch, 20mm Conduit Entry, Die Cast Zinc Housing - GLCC06B


This limit switch provides a compact, mechanical method for detecting position changes in industrial systems and actuates control circuits when a plunger is engaged. It is designed for use in harsh environments and integrates a slow-action contact arrangement suitable for switching both AC and DC loads, offering compatibility with electrical control panels and machinery interfaces.

Features and Benefits:


• Die-cast zinc housing giving enhanced environmental protection
• IP66 rating resisting dust ingress and powerful water jets
• Two normally closed contacts supporting 10A switching current
• Rated for 600V AC and 250V DC switching capability
• Mechanical endurance rated for 10 million cycles
• Operating force 13N enabling consistent actuation behaviour

Applications


• Suitable for industrial conveyor position detection
• Ideal for limit sensing on automated assembly equipment
• Used with motor control panels for safety interlocks
• Can be used for end-of-travel detection on linear actuators
• Used for gate and door position feedback in factories

What temperature range can it operate within?


It functions across a broad span from -40°C up to 85°C for both cold and hot workplace conditions.

How is the electrical connection configured?


The device accepts conduit via an M20 entry to simplify cable feed and gland installation.

What mechanical lifespan can users expect under normal conditions?


The switch is specified to withstand 10 million mechanical cycles before end of life under rated conditions.

Which approvals cover its use in regulated installations?


It meets multiple certification standards including CE, UL, CSA and CCC for diverse market acceptance.

Approvals

UL/ UL listed for Canada

Warning

GLC and GLD limit switches are not safety devices. They should be not used as emergency stop or safety devices. They must not be used in applications where personal injury could occur as a result of product failure.

Standards

IEC/EN 60947-5-1
While IEC/EN 609747-1 covers general rules relating to low voltage switchgear and controlgear, IEC/EN 60947-5-1 specifically relates to control circuit devices and switching elements. The standard monitors the characteristics of devices, the electrical and mechanical requirements and the functional requirements.

EN50047
GLC and GLD limit switches are constructed from housing that meets EN50047. EN50047 applies to position switches with an automatic return actuator. Models that meet EN50047 feature standardised characteristics and dimensions (30.5 x 31.1 x 68 mm).

IP 66
A rating of IP 66 ensures that the limit switch units are protected against dust and low-pressure jets of water.

Sealed to NEMA 1, 4, 12, 13
NEMA 1 states that enclosures can be used indoor and offers a degree of protection against contact with the equipment enclosed.
NEMA 4 states that enclosures can be used either indoor or outdoor and provide protection against windblown rain and dust, hose directed water and splashing water.
NEMA 12 states that enclosures are intended for use indoors and offer some protection from dust, dirt, falling dirt and dripping non-corrosive liquids.
NEMA 13 states that enclosures are used indoors and offer a level of protection from oil, non-corrosive coolants, spraying water and dust.

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