China thermal protector Cantherm B12A16005DEDB0GE designed for motor transformer coil and electronic safety for sale

thermal protector Cantherm B12A16005DEDB0GE designed for motor transformer coil and electronic safety

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Product Description

Product Overview

The 12 13B Thermal Motor Protector is a temperature limiter and thermal cut-out designed for reliable protection of motors, transformers, coils, and electronic components. It offers a non-sensitive-to-current operation with high current ratings up to 30A and is available in manifold executions, including a special low current version. Key benefits include robust performance and suitability for process automation applications.

Product Attributes

Brand: Microtherm / Cantherm
Origin: Canada (for Cantherm lead)
Certifications: VDE / ENEC, UL, CSA / cUL, CQC
Protection Degrees: IP00 (provided by enclosures)
Resistances: Tight against ordinary resins and lacquers
Shock/Vibration Testing: Similar to EN 50155 (400 m/s sine half wave / 100 m/s 5 Hz - 2.000 Hz sine)

Technical Specifications

Specification	Details
Standard Wire	Length 100 10 mm, stripped 6 1 mm
Control Types	Normally Closed (NC), Normally Open (NO)
Models & Ratings (250 V, 50/60 Hz, cos 0.95 / 0.6)	B12A / E (NC): 6.3 A / 6.0 A B12B / G (NO): 10.0 A / 6.0 A B13N / T (NC): 13.0 A / 6.0 A Low Current Version (24 Vdc): 5.0 A / 1.6 A (1...100 mA)
Switching Cycles (under rated current)	10,000 (B12A/E, LCDB), 5,000 (B12B/G, B13N/T), 1,000 (B13N/T)
Max. Current (at 250 V, 50/60 Hz, cos 0.95)	30.0 A
Switching Cycles (under max. current)	100
Temperature Rating (Ta, steps in 5 K)	B12A / E: 70 C ... 190 C B12B / G: 70 C ... 160 C B13N / T: 70 C ... 155 C LCDB: 70 C ... 160 / 155 C
Temperature Tolerances	Standard: 5 K
Feature of Automatic Action	1.B.M, 2.B, 1.C (B12A/E, B13N/T), 1.B (B12B/G)
Contact Resistance (incl. 100 mm wire)	< 50 m
Hysteresis	30 K 15 K (Note 1: Deviation at Ta limits, >130C is 30K -15K/+30K)
Dielectric Strength	2 kV (standard insulation)
Suitability for Protection Category	I, II
Approvals	VDE / ENEC, UL, CSA / cUL, CQC (EN 60730-1 / -2-3 / -2-9, UL File No. E46827, C22.2 No. 77 / No. 24, GB14536.1-1998 / GB14536.10-1996)
Cantherm Lead Specifications	ACDA: 150 C, 300 V, 1.57 mm, AWG24 / 0.24 mm, UL style 3266/3398 AEDC: 150 C, 300 V, 1.80 mm, AWG20 / 0.48 mm, UL style 3266/3398 AFDA: 150 C, 300 V, 2.15 mm, AWG18 / 0.96 mm, UL style 3266/3398 LCDB: 200 C, 600 V, 0.90 mm, AWG24 / 0.24 mm, UL style 3557 LEDB: 200 C, 600 V, 1.26 mm, AWG20 / 0.61 mm, UL style 3557 LFDB: 200 C, 600 V, 1.50 mm, AWG18 / 0.96 mm, UL style 3557 ASDA: 150 C, 300 V, 1.65 mm, AWG20 / 0.81 mm, UL style 3266/3398 DEDB: 200 C, 300 V, 1.51 mm, AWG20 / 0.81 mm, UL style 1180
Marking Example (Microtherm)	B12A 120 05 L310 100 U253 (Type, Response Temp, Tolerance, Lead Wire, Housing)
Marking Example (Cantherm)	B12A12005AEDCC0E (Type, Response Temp, Tolerance, Wire Leads, Length, Insulation, Housing)
Housing Options	Shrink cap, potted, cap of PPS potted, none/not insulated potted, coated, housing of PPS potted, aluminium housing (M4x6 thread), brass housing (M4x5 thread)
Heating Diagram Reference	Measured with thermal control without insulation in an oil bath. Heating depends on thermal conduction to the protected equipment.