1 PCS new Monarch Elevator Brake Power Board MCTC-PCB-A2-1 #LYQ007
1 PCS new Monarch Elevator Brake Power Board MCTC-PCB-A2-1 #LYQ007
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Parameter Category
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Parameter Name
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MCTC-PCB-A2-1 Specification
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Basic Information
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Product Model
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MCTC-PCB-A2-1; Monarch Genuine Original Elevator Brake Power Board, 100% unused and unrefurbished genuine parts; Specialized for Monarch elevator control systems, matching Monarch main control boards to realize precise brake power supply and control.
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Manufacturer Standard
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Manufactured by Monarch; Complies with CE, FCC, UL, ISO 9001, RoHS and Elevator Safety Standards (EN 81-1, GB 7588); Conforms to Monarch Internal Technical and Quality Norms for Elevator Power Supply Boards, passing strict factory testing and calibration.
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Product Application
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Elevator Brake Power Supply Control; Widely used in Monarch passenger elevators, freight elevators, sightseeing elevators and other elevator types, providing stable and reliable power support for elevator brakes, ensuring safe braking and operation of elevators.
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Product Series
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Monarch MCTC Series Elevator Power Supply Board; Adopts advanced power management technology, integrated with multiple safety protection functions, realizing high-stability brake power supply and easy integration into various Monarch elevator control systems.
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Core Electrical Parameters
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Input Voltage
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AC 220 V ±10% (50 Hz/60 Hz, Universal); Wide voltage input range, adapting to power supply fluctuations in different regions and elevator shafts, ensuring stable operation of the power board.
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Rated Input Current
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1.2 A (RMS, AC 220 V); Peak Input Current: 3.5 A (RMS); Stable input current, reducing impact on the elevator power supply system, ensuring reliable operation of the entire brake control system.
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Power Consumption
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≤ 260 W (Normal Operation); ≤ 10 W (Standby); Low power consumption, energy-saving and environment-friendly, reducing long-term operation costs of elevators.
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Output Voltage
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DC 110 V ±5% (Main Output, Brake Power Supply); DC 24 V ±10% (Auxiliary Output, Control Circuit Power Supply); Stable output voltage, providing precise and reliable power for elevator brakes and control components.
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Rated Output Current
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DC 110 V: 2 A (Continuous); DC 24 V: 1 A (Continuous); Peak Output Current: DC 110 V 5 A (100 ms); Sufficient output current, meeting the power demand of elevator brakes in different working states.
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Insulation Resistance
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≥ 100 MΩ (500 V DC); Excellent insulation performance, preventing short-circuit and leakage risks, ensuring safe operation in elevator shaft environments.
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Dielectric Strength
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AC 2500 V, 50 Hz, 1 Minute; No breakdown, no flashover; Strong dielectric performance, adapting to complex electromagnetic environments in elevator shafts.
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Voltage Ripple
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≤ 150 mVpp (DC 110 V Output); ≤ 80 mVpp (DC 24 V Output); Low voltage ripple, ensuring stable brake operation and avoiding interference to control signals.
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Brake Control Parameters
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Control Mode
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Automatic Power Supply Control, Manual Test Control (Switchable); Supports brake power supply on/off control by elevator main control board, and manual test for on-site debugging and maintenance.
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Response Time
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≤ 50 ms (Input Signal to Output Voltage Stabilization); Fast response speed, ensuring timely brake action, improving elevator operation safety and efficiency.
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Voltage Regulation Accuracy
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≤ ±1% (DC 110 V Output); High voltage regulation accuracy, ensuring consistent brake torque, avoiding brake slip or lock-up caused by voltage fluctuation.
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Brake Release Delay Time
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0 ~ 500 ms (Adjustable); Flexible delay adjustment, matching different elevator brake types, ensuring smooth elevator start and stop.
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Brake Holding Voltage
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DC 90 V ~ 110 V (Adjustable); Supports brake holding voltage adjustment, reducing brake heating and extending brake service life.
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Control Signal Input
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DC 24 V (NPN/PNP Switchable); Input Impedance: ≥ 10 kΩ; Compatible with Monarch elevator main control board signal output, ensuring stable signal transmission.
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Communication & I/O Parameters
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Communication Protocol
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Supports RS485 (Modbus RTU); Communication Baud Rate: 9600 ~ 115200 bps (Adjustable); Bidirectional data transmission, convenient for remote monitoring, parameter adjustment and fault diagnosis.
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Communication Distance
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RS485: ≤ 1000 m (Wired); Stable communication signal, no data loss, adapting to elevator shaft wiring requirements (long distance between control cabinet and car).
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Digital Input
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4 Channels (Optically Isolated); Input Voltage: DC 24 V ±10%; Response Time: ≤ 10 μs; Used for receiving brake control signals, emergency stop signals and test signals from the main control board.
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Digital Output
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3 Channels (Optically Isolated, Transistor Output); Output Current: Max 1 A/Channel; Used for outputting power board working status, fault status and brake action status signals to the main control board.
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Analog Input
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1 Channel (0 ~ 10 V DC); Input Impedance: ≥ 10 kΩ; Resolution: 12 Bits; Used for collecting brake current feedback signals, realizing closed-loop control.
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Analog Output
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1 Channel (0 ~ 10 V DC); Output Impedance: ≤ 100 Ω; Resolution: 12 Bits; Used for outputting actual brake current signals
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1 .Our company specializes in automation industrial control accessories. We have more than 100,000 products.
Including : frequency converter, servo driver, servo motor, data acquisition card, industrial camera, touch screen, circuit board, DCS module, soft starter, industrial computer,encoder... etc
2,We accept PayPal transaction. All products provided 60 days warranty. We can send the goods by fast express to all over world.
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