M3-BLWC1-10-1000-0 Datasheet, PDF (1/2 Pages) ITT Industries – Cm3 Connector Series

Cm3^TM Connector Series
Features/Benefits
• Maximum power / minimum size
• Low profile design for space sensitive
applications
• Replaces conventional circular
connectors (50% less weight)
• Simple harnessing and fast installation
• Easy contact assembly without tool
• Only one housing for signal and power
connectors
• Excellent vibration resistance
• 2 sealed entries for power and signal cable
Typical Applications
• Small servo motors
• Factory automation
• Material handling
• Industrial motion control
• Robotics
Materials
HOUSING: Zinc die cast, plating optional
INSULATORS: PBT glass filled
SEALING: FKM or alternative
CRIMP SLEEVE: Brass
CONTACT MATERIAL: Brass / beryllium copper gold plated
Mechanical
MATING CYCLES: min 50
MECHANICAL CODING: 3 coding for signal
WEIGHT: approximate 170 g (without cable)
Operating Environment
OPERATING TEMPERATURE: -40˚C - 125˚C
STORAGE TEMPERATURE: -40˚C -/+ 85˚C
CLIMATIC CATEGORY: -40˚C / 125˚C/56
WATER TIGHTNESS: IP65 or IP67
NOTE: Specifications and materials subject to change.
Specifications
POWER
CURRENT RATING AT 80˚C (176˚F) ambient temp: 12 A max
MAXIMUM VOLTAGE: 630 VAC
OVER VOLTAGE CATEGORY II: Test voltage 4.8 KV
DIELECTRIC STRENGTH: 2.2 KV
CONTACT RESISTANCE: <5 m Ohm
INSULATION RESISTANCE: ≥5000 M Ohm
POLLUTION DEGREE: 2
CABLE DIAMETER MAX: 11 mm
CRIMP TERMINATION (CABLE SIDE):
1,5 mm² / AWG 16 (0.002325 in² / AWG 16)
CRIMP TERMINATION (INSIDE MOTOR):
0,38 mm^{2 -}- 0,78 mm² / AWG 22 - 18 (0.000589 in² - 0.001209 in² / AWG 22 - 18)
SIGNAL
CURRENT RATING AT 80˚C (176˚F) ambient temp: 3 A max
MAXIMUM VOLTAGE: 48 VAC
DIELECTRIC STRENGTH: 500 VDC
CONTACT RESISTANCE: <10 m Ohm
INSULATION RESISTANCE: ≥5000 M Ohm
CABLE DIAMETER MAX: 11 mm
CRIMP TERMINATION (CABLE SIDE):
1,0 mm² / AWG 17 (0.00155 in² / AWG 17)
CRIMP TERMINATION (INSIDE MOTOR):
0,14 mm^{2 -}- 0,38 mm² / AWG 26 - 22 (0.000217 in² - 0.000589 in² / AWG 26 - 22)
Order code on next page
Specifications and dimensions subject to change
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