
Honeywell 914CE18-15 Compact Limit Switch with M12 Connector
Honeywell 914CE18-15
Product Summary:
The Honeywell 914CE18-15 is a compact and enclosed industrial limit switch equipped with SPDT snap action contacts (1NO/1NC), durable SJTO cable termination, and connector-ready options (M12 or 1/2” 4-pin). Designed for use in harsh industrial environments, it features IP66/IP67/IP68 sealing, long mechanical life up to 10 million operations, and global certifications for safety and performance.
Key Features (in points):
Contact Type: SPDT (1 Normally Open + 1 Normally Closed), Form C
Termination: SJTO 4 × 0.75 mm² (18 AWG) cable
Connectors:
DC: 4-pin M12 male (-Q / -Q2)
AC: 4-pin 1/2" x 20 thread (-Q1)
Environmental Sealing: IP66, IP67, IP68
NEMA enclosure types: 1, 2, 3, 3R, 4, 6, 6P, 12 (boot seal), 13
Operating Temperature:
Standard: 0 °C to 105 °C
Optional: -40 °C to 105 °C
Side Rotary: -40 °C to 100 °C
Mechanical Life: Up to 10 million cycles
Thermal Current: 1 A
Insulation Voltage (Ui): 250 V
Impulse Withstand Voltage (Uimp): 1.5 kV
SCPD: Compatible with quick blow fuse
Applications (in points):
Position sensing in automated production lines
Conveyor and material handling systems
Robotics and machine tools
OEM machinery and motion control panels
Harsh outdoor and washdown environments
Product Benefits (in points):
Extended cable and connector flexibility (M12, 1/2")
IP68-rated durability for wet, dusty, or oily environments
Long-lasting mechanical reliability with 10 million cycles
Versatile for OEMs, panel builders, and automation projects
Certified for use globally – CE, UL, CSA compliant
✅ FAQs
Q1: Does the 914CE18-15 model support plug-and-play installation?
A1: Yes, with M12 and 1/2" threaded connector options, it supports fast and reliable installation.
Q2: Is it suitable for outdoor or high-moisture environments?
A2: Absolutely. It offers IP66, IP67, and IP68 protection against dust and water ingress.
Q3: How long will the switch last in continuous applications?
A3: It’s rated for up to 10 million mechanical cycles for high-repeatability applications.



