Description
Elevator control cabinet charging board ANCT-ES1-PW Brief Introduction
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Product Name |
Elevator control cabinet charging board |
| Model Number | ANCT-ES1-PW
AWD-300W |
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Quality
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Original.Brand New
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Payment
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T/T. Paypal. Western Union
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Delivery
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3-5 Working Days
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Packaging
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Packed by carton
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Elevator Control Cabinet Charging Board ANCT-ES1-PW: Core Power Supply Component from Nanjing Zhuye Elevatorparts
The elevator control cabinet charging board is the “power supply heart” of the elevator control system, responsible for converting and stabilizing input voltage to provide reliable DC power for core components such as the main controller, safety circuit, and indicator lights. Its stability directly determines the safe operation of the entire elevator system. The Elevator Control Cabinet Charging Board ANCT-ES1-PW, exclusively supplied byNanjing Zhuye Elevatorparts, is meticulously designed for modern passenger and freight elevator control systems. Compliant with international standards such as IEC/EN 60947 and GB 7588, this charging board adopts a high-efficiency switching power supply design, featuring stable output voltage (DC 24V/12V optional), low energy consumption, and strong load capacity. It boasts wide compatibility with mainstream elevator control systems from brands such as Schindler, OTIS, KONE, and domestic well-known brands, widely used in residential buildings, commercial complexes, airports, and other scenarios, providing continuous and stable power support for elevator operations.
Nanjing Zhuye Elevatorparts adheres to stringent quality control standards, and the Elevator Control Cabinet Charging Board ANCT-ES1-PW is a testament to this commitment. Each charging board undergoes rigorous pre-delivery testing, including output voltage stability testing, load capacity testing, high-temperature (up to 85℃) and low-temperature (down to -25℃) resistance tests, and short-circuit protection performance testing. The board adopts a high-quality PCB substrate with excellent insulation and heat dissipation performance, and key components (capacitors, diodes, voltage regulators) are sourced from international renowned brands to ensure long-term stable operation. It integrates multiple protection functions, including overvoltage protection, overcurrent protection, overtemperature protection, and reverse polarity protection, which can automatically cut off the power or adjust parameters when an abnormality occurs, effectively preventing damage to the charging board and connected components. The surface of the board is coated with an anti-corrosion layer to resist dust and moisture erosion in the control cabinet.
Usage Guide for Elevator Control Cabinet Charging Board ANCT-ES1-PW
Proper installation, debugging, and daily maintenance are vital to maximizing the service life and operational safety of the ANCT-ES1-PW charging board. Nanjing Zhuye Elevatorparts strongly recommends that only certified elevator maintenance technicians perform these operations to avoid power supply failures or safety hazards. Before installation, verify that the charging board’s input voltage, output voltage, and interface type are completely consistent with the elevator control system. For detailed installation steps and parameter setting standards, refer to the product manual provided by Nanjing Zhuye Elevatorparts or contact our technical support team for professional guidance.
1. Pre-Installation Preparation
First, cut off the elevator’s main power supply and the power supply of the control cabinet, lock the switch, and place a “Maintenance in Progress” warning sign at the machine room and elevator entrance to prevent accidental startup. Wear anti-static gloves to avoid damaging electronic components on the board due to static electricity . Prepare professional tools: screwdrivers, multimeters, wire strippers, and wire brushes. Clean the installation position inside the control cabinet to remove dust, debris, and oil stains—impurities that can affect heat dissipation and electrical contact . Carefully inspect the ANCT-ES1-PW charging board for external damage (e.g., cracked PCB substrate, damaged terminals, or loose components) and use a multimeter to test the input and output terminals to ensure no short circuit or open circuit.
2. Installation & Wiring
Align the ANCT-ES1-PW charging board with the mounting holes inside the control cabinet and fix it with screws. Note that the tightening torque should be appropriate (20-30 N·m recommended) to avoid damaging the PCB substrate. According to the wiring diagram provided by Nanjing Zhuye Elevatorparts, connect the input power wires (AC 220V/380V) to the L and N terminals of the charging board, and connect the output power wires (DC 24V/12V) to the corresponding load terminals. The wire stripping length should be controlled at 6-8mm, and the terminals should be tightened firmly to prevent poor contact . Separate input and output wires to avoid electromagnetic interference, and use cable ties to organize the wires neatly. After wiring, check again to ensure no wrong connection (especially positive and negative poles) or missing connection. Install the board’s protective cover to prevent dust accumulation on the component surface.
MaintenancMaintenancMaintenanc3. Daily Maintenance & Use
Replacement Cycle of Elevator Control Cabinet Charging Board ANCT-ES1-PW
The replacement cycle of the ANCT-ES1-PW charging board depends on usage frequency, operating environment, and maintenance quality. Under normal conditions—12-24 hours of daily operation, stable input voltage, clean and dry control cabinet environment, and regular maintenance—Nanjing Zhuye Elevatorparts recommends a replacement cycle of 6-8 years. This cycle is based on field test data and GB/T31821—2015 standards, fully considering the main factors affecting performance, such as aging of capacitors, attenuation of voltage regulation accuracy, and degradation of insulation performance.
For elevators in high-traffic areas such as shopping malls, airports, and subway stations (daily operation time over 20 hours) or harsh environments (high humidity, heavy dust, frequent voltage fluctuations), the replacement cycle should be shortened to 4-6 years. High-frequency operation and harsh environments accelerate the aging of internal components and increase failure risks. For elevators with low usage frequency (villas, small offices with daily operation time <8 hours), proper maintenance can extend the cycle to 8-10 years. However, Nanjing Zhuye Elevatorparts’ technicians should conduct annual comprehensive inspections on boards over 7 years old, including testing output stability and protection function validity .
Regardless of the service life, the ANCT-ES1-PW charging board should be replaced immediately if any of the following problems occur: the output voltage is unstable or exceeds the error range, causing frequent elevator malfunctions; the board overheats frequently or triggers protection functions repeatedly; internal components (capacitors, resistors) are bulging, burned, or corroded; the board cannot supply power normally, leading to failure of the control system or safety circuit; the board fails to pass the annual safety inspection. Timely replacement is critical to avoiding elevator shutdowns or safety accidents.
The Elevator Control Cabinet Charging Board ANCT-ES1-PW from Nanjing Zhuye Elevatorparts combines stability, efficiency, and durability, making it an ideal choice for elevator maintenance and renovation. Backed by strict quality control, advanced switching power supply technology, and comprehensive after-sales service, it has earned trust from maintenance firms and property managers worldwide. Adhering to proper usage, maintenance, and replacement guidelines minimizes power supply failures and enhances the overall operational safety of the elevator. Nanjing Zhuye Elevatorparts provides 100% genuine ANCT-ES1-PW charging boards, plus professional support including model matching, on-site installation guidance, and fault diagnosis. Choose Nanjing Zhuye Elevatorparts for reliable core components and attentive service tailored to your elevator needs.
