Keylock Switches

Image Part Number Description / PDF Quantity Rfq
LBW7K-2T3A

LBW7K-2T3A

IDEC

LBW FLUSH K-SEL 2-POS MAIN.

0

95582

95582

Wickmann / Littelfuse

SWITCH IGNST 3POS HENCOL 10

0

51-444.036D

51-444.036D

EAO

KEYLOCK SWITCH 2 POSITIONS MAIN

0

LBW7MK-2T5A

LBW7MK-2T5A

IDEC

LBW FLUSH K-SEL 2-POS MAIN.

0

58J9A45-01-1-05N

58J9A45-01-1-05N

Grayhill, Inc.

SWITCH KEY 5POS SP5T 200MA 115V

0

LBW7MK-3ST3D

LBW7MK-3ST3D

IDEC

LBW FLUSH K-SEL 3-POS MAIN.

0

58J9P36-01-1-09S

58J9P36-01-1-09S

Grayhill, Inc.

SWITCH KEY 9POS SP9T 200MA 115V

0

KO129DA126

KO129DA126

E-Switch

SWITCH KEYLOCK 3POS DP3T 4A 125V

0

A22TK-2RL-02-03

A22TK-2RL-02-03

Omron Automation & Safety Services

SWITCH KEYLCK 2POS DPST 10A 110V

0

58J8A45-01-2-03N

58J8A45-01-2-03N

Grayhill, Inc.

SWITCH KEY 3POS DP3T 200MA 115V

0

89638-00

89638-00

Honeywell Sensing and Productivity Solutions

KEY SWITCH

0

LBW6K-2ST1VA

LBW6K-2ST1VA

IDEC

LBW FLUSH K-SEL 2-POS MAIN.

0

LBW7K-2ST7A

LBW7K-2ST7A

IDEC

LBW FLUSH K-SEL 2-POS MAIN.

0

58J4A45-01-1-08N-C

58J4A45-01-1-08N-C

Grayhill, Inc.

SWITCH KEY 8POS SP8T 200MA 115V

0

89943-29

89943-29

Honeywell Sensing and Productivity Solutions

OPERATOR CONTROLS-VEHICLE SWITCH

0

14-235.022K

14-235.022K

EAO

KEYLOCK SWITCH 2 POSITIONS MAIN

0

22-331.111D

22-331.111D

EAO

KEYLOCK SWITCH 2 POSITIONS MAIN

0

95535

95535

Wickmann / Littelfuse

SWITCH IGNST 4POS

0

58J8A36-01-1-02N

58J8A36-01-1-02N

Grayhill, Inc.

SWITCH KEY 2POS SPDT 200MA 115V

0

Y1011C2R203DQ

Y1011C2R203DQ

C&K

SWITCH KEYLOCK 2POS SPDT 4A 125V

0

Keylock Switches

1. Overview

Keylock switches are electro-mechanical control devices requiring a physical key for operation. They serve as critical safety components in systems requiring authorized access control. These switches prevent unauthorized operation in industrial machinery, power systems, and security equipment, playing a vital role in modern safety protocols and equipment management systems.

2. Main Types and Functional Classification

TypeFunctional FeaturesApplication Examples
Mechanical KeylockPhysical key actuation, mechanical contactsIndustrial equipment start/stop controls
Electronic KeylockKeycode verification, programmable accessData center server racks
Smart KeylockRFID/NFC integration, remote monitoringSmart building automation systems

3. Structure and Components

Typical construction includes:

  • Actuator mechanism with key slot
  • Multi-position rotary switch contacts
  • Die-cast zinc or polymer housing
  • Electrical terminals (screw/clamp type)
  • Anti-tamper mechanical detents

Advanced models incorporate PCB-based electronic verification modules with LED status indicators.

4. Key Technical Specifications

ParameterTypical ValuesImportance
Rated Current1-10ADetermines load capacity
Operating Voltage12-480VAC/DCSystem compatibility
Mechanical Life50,000-200,000 cyclesDurability indicator
IP RatingIP40-IP67Environmental protection
Key Differentiation100-10,000 combinationsSecurity level

5. Application Fields

  • Industrial control systems (CNC machines, robotics)
  • Power distribution equipment (switchgear, transformers)
  • Transportation (vehicle ignition systems, railway controls)
  • Medical equipment (MRI machines, sterilization units)
  • Security systems (alarm panels, access control)

Case Study: Automotive manufacturing plants use IP67-rated keylock switches for robotic arm controls, requiring both safety and washdown resistance.

6. Leading Manufacturers and Products

ManufacturerProduct SeriesKey Features
Siemens3SE5 SeriesModular design, 1000+ key combinations
OmronTL-N SeriesMicro-switch technology, vibration resistance
Schneider ElectricXKCS SeriesProgrammable electronic locking

7. Selection Recommendations

  • Assess environmental conditions (temperature, moisture, vibration)
  • Calculate electrical load requirements
  • Determine security level needs (mechanical vs electronic)
  • Verify mounting compatibility (panel cutout dimensions)
  • Evaluate key management system requirements

8. Industry Trends

Current developments include:

  • Integration with IoT systems for remote access monitoring
  • Nanocoating for enhanced corrosion resistance
  • Miniaturization while maintaining IP67 ratings
  • Adoption of wireless key authentication protocols
  • Standardization under ISO 14119 safety regulations
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