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E-mail
service@taixiele.com
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Phone
13356192265
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Address
Shangzhai Industrial Zone, Liushi Town, Yueqing City, Zhejiang Province
Shanghai Taixi Electric Co., Ltd
service@taixiele.com
13356192265
Shangzhai Industrial Zone, Liushi Town, Yueqing City, Zhejiang Province
DZ47S-63IC card controlled prepaid circuit breaker (dedicated for prepaid electricity meters)miniature circuit breaker)That shouldCircuit breakerEquipped with intelligent shunt tripping function, it is suitable for remote control or automatic signal control of circuit breaking in AC 50Hz (or 60Hz), rated working voltage of 230/400V, and rated current of 63A. It also serves as overload and short circuit protection for the circuit, and can be used for infrequent operation conversion of the circuit. At present, it is widely used in conjunction with IC card prepaid electricity meters to control the on/off of power lines.
The DZ47S-63 IC card controlled prepaid circuit breaker has the characteristics of small size and easy installation. It can control the electricity meter for residential payments. When the IC card's recharge balance is insufficient, the circuit breaker will automatically disconnect, serving as a power outage. After the user continues to recharge, it can be closed.
Main functions: overload protection, short circuit protection, isolation, and signal cut-off circuit for receiving IC card energy meters.
IC card controlled prepaid circuit breaker complies with IEC60898, GB10963, GB14048.2 standards and has international advanced level
Rated current: 6,10,16,20,25,32,40,50,63A
■ Number of poles: 1P+N/3P+N
Rated working voltage: (1P+N) 230V; (3P+N) 400V
■ Frequency: 50Hz
Operating voltage range: (65%~120%) Un
■ Breaking capacity: 230V (1P+N), 400V (3P+N);
■ Delay action time (intelligent shunt release time): 0.5s~2s
■ Reset time:<30s
Mechanical lifespan: 20000 cycles
Electrical lifespan: 4000 cycles, COSΦ=0.85~0.9;
■ Current limiting level: 3
■ Impulse withstand voltage: 6kV
■ Operating environment temperature: -25 ℃~70 ℃
■ Moisture resistance: Class 2 (relative humidity of 95% at a temperature of 55 ℃)
■ Wiring: Terminal wiring area
□ 6-32A, suitable for wires of 20mm ² and below
40-63A, suitable for wires of 25mm ² and below
Tunnel type terminal block, with upper and lower locking clips, makes installation more convenient. The tightening torque of the terminal block is 2.0N · m.
■ Signal connection wires
The signal line is located at the bottom of the circuit breaker
The independent signal line has a cross-sectional area of 0.3mm ² and a length of 1000mm, which can be customized according to customer needs
Compliant with standards: GB10963.1, IEC60898-1
■ Compliant with certification: CCC
■ Release characteristics: C-curve
Protect conventional loads and distribution cables
□ Release characteristics: instantaneous release range (5-10) In
Environmental temperature: -25 ℃ to+60 ℃;
Altitude: The altitude of the installation site shall not exceed 2000m;
Installation category: Level II and III;
Installation method: TH35-7.5 steel installation rail is used for installation.
DZ47S-63 IC card control prepaid circuit breaker overcurrent protection characteristics:
DZ47S-63 shunt trip characteristics
Correction values of current for DZ47S-63 at different ambient temperatures
Application examples
Structure:
This circuit breaker is assembled from DZ47-63 miniature circuit breaker and signal controlled release. The DZ47-63 miniature circuit breaker is mainly composed of an insulation shell, an operating system, a contact system, a thermal magnetic system, and an arc extinguishing system. The signal controlled release consists of a signal input port, a signal voltage detection circuit, a delay control circuit, and a release mechanism. The plastic shell circuit breaker and the signal controlled release are linked through a push rod.
working principle:
When in use, a control voltage is applied to the signal control release of the circuit breaker through the signal input port, that is, the signal voltage (which can be provided by the remote control circuit). Then, the circuit breaker handle is pushed to the closed position, and the operating mechanism drives the moving contact to move towards the stationary contact and make reliable contact with it. At this time, the circuit is connected. When an overload fault occurs in the circuit, the overload current causes the bimetallic element to bend, the overload release to actuate, and the locking mechanism to actuate, thereby achieving the disconnection of the circuit. When a short circuit fault occurs in the circuit, the short-circuit current causes the instantaneous release to operate, pushing the locking mechanism to operate and achieve the breaking function. When it is necessary to immediately cut off the line due to certain needs, the control voltage can be disconnected through the remote control system. At this time, the signal voltage detection circuit receives the signal and outputs a voltage signal to the trip coil, which drives the locking mechanism to operate and achieve the disconnection function. Therefore, this product can achieve the purpose of disconnection in different circuit states.
The circuit breaker is equipped with a shunt release device and has the following characteristics:
The neutral pole is first connected and then disconnected before the overcurrent protection pole is opened and closed;
High rated breaking capacity, up to 6kA;
The operating mechanism of the circuit breaker is a free tripping mechanism with energy storage, which quickly closes the contacts and overcomes the adverse effects caused by manual operation of the handle speed, greatly improving the service life of the product; During normal operation, the contact can only remain in the closed or open position;
The shunt release is composed of driving components such as thyristor and electromagnetic release;
The shell and components are made of high flame retardant, high temperature resistant, and impact resistant plastic.
Wiring: The DZ47S-63 IC card controlled prepaid circuit breaker is suitable for connecting wires of 25mm2 and below. The wiring method is to tighten the wiring with screws and apply a torque of 2.0N · m.