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TE Connectivity HA-003-MS

Categories Heavy Duty Connectors
MOQ: 1
Brand Name: HA-003-MS
Delivery Time: 4-6 working days
Description: Heavy Duty Connector Inserts, Modules RoHS
Model Number: HA-003-MS
Packaging Details: -
Stock: 2
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TE Connectivity HA-003-MS

Product Overview

This specification covers the performance, tests, and quality standards for the contact inserts of heavy-duty connector series HA-003, HA-004, HA-010, HA-016, HA-032 (2x16), HA-048 (3x16), and HA-064 (4x16). The contact inserts are available for positions 3/4/10/16/32/48/64.

The termination conductor-contact insert is achieved via:

  • Crimp contact: Fitted into the contact insert, designed for conductors from 0.14 mm up to 4.0 mm.
  • Screw contact: Integrated into the contact insert, designed for conductors from 0.5 mm up to 2.5 mm.
  • Spring clamp contact: Integrated into the contact insert, designed for conductors from 0.5 mm up to 2.5 mm.
Brand TE Connectivity
Series HA-003/ HA-004/ HA-010/ HA-016/ HA-032(2x 16)/ HA-048(3x 16)/ HA-064(4x 16)
Document Number 108-137045
Revision B
Date Issued Sep 10, 2015
Test IDDescriptionRequirementTest MethodConditions
3.5.3Mating forceInternal connections: 20N max.
External connections: 5 x Mating force, but not higher than 80N
IEC 60512-13-5 Test 13eFor unenclosed connector (internal connections); For multi-pole connector, require provision against incorrect mating; For enclosed connector (external connections)
3.5.3Pull out force of terminationsSee 6.6 of EN 61984--
3.5.4 aVisual tests on the crimp barrel and tensile strength test of the crimp connectionThe conductor shall not slip out of crimp barrel and pull out force as specified in Table 1 of EN 60352-2EN 60352-2Only for crimp contact
3.5.4 aMechanical tests on the conductor connectionThe conductor of the smallest and largest cross-sectional area shall not slip out of the clamping unit, and pull out force as specified in Table 3, and torque force as specified in Table 4IEC 60999-1 or IEC 60999-2Only for screw contact connection
3.5.4 aMechanical tests on the conductor connectionThe conductor of the smallest and largest cross-sectional area shall not slip out of the clamping unit, and pull out force as specified in Table 3IEC 60999-1 or IEC 60999-2 or IEC 60352-7Only for spring clamp connection
3.5.5Contact retention force in normal operation, min50N force for insert each pin or socketIEC 60512-15-1 Test 15aShift contacts of 1.0mm; Test load applied in axial direction, test speed: 20mm/min; permissible
3.5.6Mechanical strength impactNo damage likely to impair normal use. A reduction of clearance and creepage distance is not allowed.EN 61984 6.18.1 & 6.18.3; IEC 60512-7-2 Test 7bDropping height: 750mm for specimens of mass < 250g; 500mm for specimens of mass > 250g. Dropping cycles: 8 positions in 45 step.
3.5.7Mechanical Operation (Durability)Shall be engaged and disengaged by means of a device under normal operating conditions at the speed of approximately 50mm/minEN 61984 6.14.1; IEC 60512-9-1 Test 9a500 operation cycles without load; manual mating/un-mating 300 cycles max. per hour
3.5.8Vibration, RandomNo discontinuities greater than 1sEN 61373, Category 1, Class B; IEC 60068-2-6 Test FcFrequency: 5~150Hz; Acceleration: 50m/s
3.5.9ShockNo damage likely to impair functionEN 61373Duration: 30ms; Total 18 shocks (three positive and three negative in each of the three orthogonal axes)
3.5.10Contact ResistanceInitial: Max. 5m; Final: < 5 m. The change of contact resistance shall be no more than 50% of the reference valueIEC 60512-2-2 Test 2bTest current: 1A; Measure points at the end of the termination; Max three contacts per specimen plus protective earthing, if any
3.5.11Temperature Rise TestThe sum of the ambient temperature and the temperature rise (T) of a connector shall not exceed the upper limiting temperatureEN 61984 7.3.8; IEC 60512-5-1 Test 5aCarry its rated current; Upper limiting temperature: 125C
3.5.12Dielectric Voltage Withstand TestNo flashover or breakdown of voltageEN 61984 6.13; 7.3.12 of EN 61984Test voltage 1000V DC; Impulse test voltage according to Table 8, applied three impulses of each polarity and interval of at least 1s between impulses
3.5.13Insulation ResistanceNot less than 400MIEC 60512-3-1 Test 3a Method BTime: 60s
3.5.14ColdNo damage likely to impair functionIEC 60512-11-10 Test 11j (IEC 60068-2-1)-40C Duration time: 16h
3.5.15Dry HeatNo damage likely to impair functionIEC 60512-11-9 Test 11i (IEC 60068-2-2)+125C Duration time: 168h
3.5.16Damp Heat, cyclicNo damage likely to impair functionIEC 60512-11-12 Test 11mMin ambient temperature: 252C; Max ambient temperature: 402C; Number of cycles: 21; Duration time: 12h+12h; Variant 1
3.5.17Rapid Change of temperature (Temperature Cycle)No damage likely to impair functionIEC 60512-11-4 Test 11d (IEC 60068-2-14 Test Na)Ta=-402C to Tb=+1252C, duration t1: 1h each extreme, 100 cycles
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