Wire Wound Ceramic Braking Resistor

5 out of 5 based on 3 reviews | Write a review

$51.54

Ceramic braking resistor (wire wound resistor) uses high temperature resistant mullite porcelain tube as the winding base, 50W~6000W rated power for selection, optional resistance in 1Ω~3000Ω. Dielectric voltage reaches AC2.5kV/1min 50Hz. It adopts high temperature resistant, flame retardant and insulating inorganic coating to effectively protect the resistance wire from oxidation, long service life and affordable price.

SKU: ATO-WWR-56

Rated Power (W) *
Resistance Selection (Ω) *

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Delivery date: 6-12 days

Overview
Dimensions

Features

Rated power can be up to 6000W, resistance can be up to 3000Ω.
Inorganic coating is flame-retardant, strong overload capacity, can withstand 10 times the rated power within 5 seconds.
Vertical corrugated structure, low parasitic inductance, high resistance with flat wound.

Specification

Model	ATO-WWR-56
Tolerance	±5%, ±1% available
Max.Work Voltage	(P*R)^1/2 V
Temperature Coefficient	400 PPM/℃
Short Time Overload	5xPn (rated power) in 5 seconds
Dielectric Voltage	AC2.5kV/1min 50Hz
Insulation Resistance	DC500V, R≥100MΩ
Certification	CE, RoHS
Terminal Strength	200N 30s, no damage
Operating Temperature Range	-25℃~+225℃

Derating Curve Diagram of Ceramic Braking Resistor

Temp. Rise Curve Diagram of Ceramic Braking Resistor

Tips: Classification and characteristics of wire wound ceramic braking resistors.

Vertical corrugated wire-wound ceramic resistor: larger heat dissipation area, can withstand higher pulse voltage, short hedging time, but strong adaptability in use environment with high pulse voltage. By adopting the reverse double winding method, non-inductive winding resistance can be manufactured, and the parasitic inductance is effectively reduced.
Sliding adjustable ceramic resistor: Zero to maximum resistance can be adjusted. By sliding the middle slider, an adjustable resistance is obtained to control the output of circuit current.
Flat-wound ceramic resistor: High-resistance resistors, resistances up to 20000 ohms, which is suitable for high-resistance environments.

Wire Wound Ceramic Braking Resistor Dimensions

Wire Wound Ceramic Braking Resistor Dimensions

Rated Power (@25℃) W	Resistance Range Ω	Dimension (mm)
Rated Power (@25℃) W	Resistance Range Ω	L₁ (±3)	L₂ (±3)	L₃ (±3)	R (±2)	H (±2)	Φ (±0.5)	D (±0.5)
50	0.1~2700	90	132	146	28	52	4.5	6
100	0.1~2700	167	202	224	28	65	4.5	6
150	0.1~2700	215	257	271	28	65	4.5	6
200	0.1~2700	267	302	324	28	65	4.5	6
300	0.1~2700	267	302	342	40	92	6	6
400	0.1~2700	330	362	378	40	95	6	6
500	0.1~2700	330	356	375	50	98	6.5	7
800	0.1~2700	430	450	462	50	120	6	7.5
1000	0.1~2700	430	455	482	60	120	6.5	8.5
1200	0.1~2700	360	393	422	70	135	6.5	8.5
1500	0.1~2700	360	393	422	70	135	6.5	8.5
2000	0.1~2700	430	463	492	70	135	6.5	8.5
2500	0.1~2700	430	473	492	80	145	6.5	8.5
3000	0.1~2700	600	633	662	70	135	6.5	8.5
3500	0.1~2700	430	455	490	90	150	8	9
4000	0.1~2700	430	473	510	100	156	8	9
5000	0.1~2700	500	543	580	100	156	8	9
6000	0.1~2700	540	583	620	100	156	8	9

Existing reviews of Wire Wound Ceramic Braking Resistor

Buy ceramic brake resistors for electric trains

Hello
Used in electric trains?
Documentation with photos please

From: farbod | Date: 18/01/2022

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ATO Responded

Sorry, I don't understand what electric train you are talking about. Please email our technical staff and describe your needs carefully.

Wire Wound Ceramic Braking Resistor

Hello
How much temperature does the coating on the piece withstand?

From: farbod | Date: 27/01/2022

Was this review helpful? Yes No (1/0)

ATO Responded

The resistance is 450°C when it is not working, and 350°C when it is working steadily.

wire wound braking resistor

what is the percent of cyclic duration factor(cdf) for plotting the above "time vs temperature" graph

From: karthika | Date: 20/06/2022

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