TML1-63 63A 10kA Type AC 4P RCD Circuit Breaker for Electrical Safety

• Customization: Available
• Breaking Capacity: Low Voltage Circuit Breakers
• Operation: Manual Type
• Model NO.: TML1-100 10kA 4P 100A typeA electromagnetic
• Arc-extinguishing Medium: Air
• Installation: Fixed
• Structure: ELCB
• Poles Number: 4
• Type: Circuit Breaker
• Function: Overcurrent Protection, RCCB
• Certification: ISO9001-2000, CE, CB
• Standard: GB16916-1 & IEC 61008-1
• Tripping Curve: B,C
• Rated Current (in): 25A,40A,63A,80A
• Residual Current Type: Type AC,A
• Residual Current (LΔn): 30mA,100mA,300mA
• Making Breaking Capacity (IΔm): 2,000A
• Energy Limiting Class: 3
• Transport Package: White Gift Box, Yellow Carton Box
• Specification: 72x 72.8 x 83 mm
• Trademark: Timelec, OEM / Private Label brands
• Origin: China
• HS Code: 8536200000
• Production Capacity: 200, 000
• Package Size: 3.90cm * 7.80cm * 8.10cm
• Package Gross Weight: 0.330kg

Product Description

Product Description

RCD
The Residual Current Device, or RCD, is one of the most important electrical safety devices in both the home and commercial environments.
In short, an RCD protects against injury and death caused by electric shock by detecting an imbalance between the outgoing and incoming total current of a given number of circuits. It works on the very simple principle that if there is a difference in the electricity coming in against that which is going out, then it must have gone somewhere.
This phenomena is commonly known as 'earth leakage' - (or the 'Residual Current' in the RCD's title). It can be caused by a number of problems including poor electrical wiring and DIY accidents such as drilling through a cable when mounting a picture hook or cutting through a cable with the lawn mower. In this type of situation the electricity must go somewhere and choosing the easiest route can travel through the lawnmower or drill to the human holding them to create a circuit and cause electric shock.

                                                                                             The basic structure of RCD

Product Parameters

 

Product category	CIRCUIT BREAKER
Product type	RESIDUAL CURRENT OPERATED CIRCUIT-BREAKERS
Product model	TML1-100 100A 10kA Type Ac 4P
Product photo
Business information	MOQ: 120pcs Payment: T/T, L/C Delivery time: 15-60 days Loading Port: Ningbo or Shanghai, China Certification: ISO9001:2015 Logo:pad printing, laser printing  (customized design are acceptable)
Technical data		Standard	IEC61008-1, GB16916-1
	Electrical features	Rated curret (In)	25A, 40A, 63A
		Model	Electromagnetic
		Type	AC, A, S, G
		Pole	2P, 4P
		Rate voltage (Ue)	240/415V
		Insulation voltage(Ui)	500V
		Rated frequency	50/60Hz
		Rated residual operating current (IΔn)	30mA, 100mA, 300mA
		Rated conditional short-circuit current Inc)	10KA
		Rated residual making and breaking capacity(IΔm)	1000A
		Rated impulse withstand voltage (Uimp)	4KV
		Electrical life	4,000
		Pollution degree	2
	Mechanical features	Mechanical life	10,000
		Protection degree	IP20
		Ambient temperature (with daily averages35°C)	-25°C +40°C
		Storage temperature	-25°C +70°C
	Installation	Terminal connection type	Cable, busbar
		Connection capacity (input)	25mm2
		Connection capacity (output)	25mm2
		Tightening torque (input)	2.5Nm
		Tightening torque (output)	2.5Nm
		35mm DIN rail

 

FAQ

What is RCD?
The Residual Current Device, or RCD, is one of the most important electrical safety devices in both the home and commercial environments.
In short, an RCD protects against injury and death caused by electric shock by detecting an imbalance between the outgoing and incoming total current of a given number of circuits. It works on the very simple principle that if there is a difference in the electricity coming in against that which is going out, then it must have gone somewhere.
This phenomena is commonly known as 'earth leakage' - (or the 'Residual Current' in the RCD's title). It can be caused by a number of problems including poor electrical wiring and DIY accidents such as drilling through a cable when mounting a picture hook or cutting through a cable with the lawn mower. In this type of situation the electricity must go somewhere and choosing the easiest route can travel through the lawnmower or drill to the human holding them to create a circuit and cause electric shock.


                                                                                           The basic structure of RCD

How do RCD Works - The Power of Electromagnetism

Residual Current Devices (RCDs), also known as Ground Fault Circuit Interrupters (GFCIs) in some regions, are safety devices designed to protect against electric shock and electrical fires. RCDs work by constantly monitoring the electrical current flowing in a circuit. If they detect a mismatch in the incoming and outgoing current, which could indicate a leakage of current to the ground, they quickly cut off the power supply to prevent the risk of electric shock. This rapid disconnection helps to protect people from potential harm due to electric shock and also reduces the risk of electrical fires. RCDs are an important safety feature in modern electrical installations and are commonly used in homes, workplaces, and other settings where electrical appliances are used.

How the RCD Prevents Injury - Milliamps and MillisecondsAn electrical current of just a few milliamps (mA) experienced for just one second is enough to kill most fit, healthy people. RCDs therefore have two key aspects to their operation - the amount of current they allow for Earth Leakage before operating - the mA rating - and the speed with which they operate - the ms rating.

what is the difference of ELE and ELM RCD?
The electromagnetic leakage circuit breaker does not require auxiliary power, and there is no circuit board component inside. It has nothing to do with the working voltage of the switch. As long as the leakage current of the line reaches the electromagnetic leakage action current, the leakage circuit breaker will act to cut off the power supply behind it and protect personal safety.
The electronic leakage circuit breaker requires auxiliary power, which comes from the output terminals (load side) of the leakage circuit breaker. It is related to the working voltage of the line. If the voltage is too low, even if there is leakage current in the line and it reaches the leakage current action value of the switch, the switch will not operate.

Our Advantages

Timelec RCD (RCCB) total length, 115mm.
Compact yet not a compromise.
It is your best choice for overall protection and prevention in domestic and commercial applications.

Timelec offers customization:

•Print: laser / pad;

•Package: white gift box for selected product types for value adding;

                    yellow carton box for full range as bulk package.

•Product design: based on volume to open new mould.

 
 

Certifications

 

Packaging & Shipping

 

Installation Instructions