YASKAWA JRMSP-P8101 power supply

YASKAWA JRMSP-P8101 power supply

Product Overview

YASKAWA JRMSP-P8101 is an industrial grade switching power supply launched by Yaskawa (YASKAWA) brand, with the core positioning of power conversion and stable power supply for industrial automation systems. It has reliable AC-DC power conversion, high-precision stabilized output, and comprehensive electrical protection capabilities, which can achieve efficient conversion from AC power in industrial power grids to DC power required by equipment, providing stable and pure power supply guarantee for industrial control equipment such as PLCs, servo drives, distributed I/O modules, switches, etc. This power supply adopts a modular structure design, compatible with the entire range of Yaskawa industrial control systems and mainstream automation equipment. It supports rail installation and redundant parallel connection, and has excellent anti-interference and environmental adaptability. It is the core power supply component that ensures the continuous and stable operation of industrial automation systems, improves power supply reliability, and prevents equipment failures caused by power supply abnormalities. At present, there is sufficient stock supply of this model of power supply, which can meet diverse needs such as new system construction, upgrading of existing industrial equipment power supply, and equipment maintenance.

Specification parameters

-Core electrical parameters: Input voltage range AC 100-240V (50/60Hz), output voltage DC 24V, output current 10A, rated output power 240W; voltage regulation rate ≤± 1%, load regulation rate ≤± 2%, output ripple ≤ 50mVp-p, high power supply accuracy; Working temperature range -10 ℃~60 ℃, relative humidity ≤ 90% RH (no condensation), suitable for complex electromagnetic environments in various industrial workshops, ensuring stable operation; Mean time between failures (MTBF) ≥ 50000 hours, with long-term stable power supply capability.

-Interface and connection characteristics: equipped with multiple DC 24V output interfaces, supporting parallel output to expand power supply capacity; The input and output interfaces are designed to prevent accidental insertion, including AC input terminals, DC output terminals, and grounding terminals; The wiring terminal adopts M3.5 screw fastening design, suitable for wire diameter of 0.5-2.5mm ², stripping length of 6-8mm, and reliable connection; Equipped with a power enable signal interface, supporting remote switch control and status monitoring.

-Power supply and protection performance: It has excellent electromagnetic interference suppression capability and can work stably in industrial strong electromagnetic environments through electromagnetic compatibility (EMC) testing; Built in overvoltage protection (OVP), overcurrent protection (OCP), short circuit protection (SCP), over temperature protection (OTP), and surge protection functions can quickly respond to power supply abnormalities, cut off output or limit protection, and avoid damaging backend load equipment; Equipped with power operation indicator light and fault alarm indicator light, it can intuitively display the power operation status for easy troubleshooting.

-Certification standards: Passed CE and UL international safety certifications, in compliance with industrial equipment safety operation standards.

-Physical parameters: Weight approximately 850g, size in accordance with DIN standard rail mounting specifications (125 × 150 × 85mm, with housing); The protection level reaches IP20, suitable for installation environment inside industrial control cabinets, effectively preventing dust and foreign objects from entering; The installation method supports 35mm U-shaped/E-shaped guide rail installation and screw fixation, suitable for various industrial scenarios such as general mechanical processing, electronic manufacturing, and precision automation.

Performance characteristics

-Efficient energy conversion and precise voltage regulation: relying on advanced PWM pulse width modulation technology to achieve AC-DC efficient energy conversion, with a conversion efficiency of over 90%, effectively reducing energy consumption; The high-precision voltage stabilization control circuit ensures stable output voltage and small voltage fluctuation range, providing pure power supply for precision control equipment such as PLC and servo systems, avoiding control accuracy deviation or equipment failure caused by voltage fluctuations.

-Strong environmental adaptability and high reliability: using industrial grade high stability power devices and anti-interference circuit design, it has good temperature adaptability and anti vibration ability, and can operate stably in complex industrial workshop environments; A comprehensive electrical protection design can cope with various power supply abnormal scenarios such as overvoltage, overcurrent, short circuit, and overheating, greatly reducing the probability of power supply failures; Supporting redundant parallel operation, multiple power sources can be connected in parallel to enhance power supply capacity and reliability, achieving seamless fault switching.

-Convenient installation and maintenance: Supports dual installation methods of rail and screw, with a simple and efficient installation process, suitable for the rapid integration needs of new system construction and old system renovation; Modular design facilitates later replacement and maintenance, with intuitive indicator light status display and clear terminal identification, greatly reducing the difficulty of troubleshooting and maintenance; Support hot swapping, maintenance can be completed without overall shutdown, significantly reducing downtime losses.

-Comprehensive status monitoring and fault warning: Real time feedback of operating status through power operation indicator lights and fault alarm indicator lights can quickly determine whether the power supply is supplying power normally; When the power supply is abnormal (such as overvoltage, overcurrent, overheating), the protection mechanism will be automatically triggered and an alarm signal will be issued. With the cooperation of the control system, fault location can be achieved; Support real-time monitoring and data export of power supply parameters (output voltage, current), providing data support for system maintenance and power supply optimization.

-Safety compliance: Complies with international safety standards and electromagnetic compatibility requirements, comes with a comprehensive electrical protection design, and reduces equipment operational risks.

Working principle

As the core power supply component of industrial automation systems, the YASKAWA JRMSP-P8101 power supply operates based on PWM pulse width modulation for AC-DC power conversion and precise voltage regulation control logic. The power supply mainly consists of an input filtering circuit, a rectification circuit, a power conversion circuit, a control circuit, an output filtering circuit, and a protection circuit. Firstly, the AC power of the industrial power grid enters the power supply through the input interface, and is filtered out of harmonics and interference signals in the power grid through the input filtering circuit. Then, the AC power is converted into pulsating DC power through the rectification circuit; Next, the power conversion circuit, driven by the control circuit, converts pulsating DC power into high-frequency pulsating AC power through PWM pulse width modulation technology, and then converts it into low-voltage pulsating DC power after isolation and voltage reduction by a high-frequency transformer; Subsequently, the output filtering circuit smooths and filters the low-voltage pulsating DC power, outputting stable and pure DC 24V DC power to supply power to the backend load equipment; At the same time, the control circuit samples the output voltage and current signals in real time, compares them with the reference voltage, and dynamically adjusts the PWM pulse width to ensure stable output voltage; In addition, the protection circuit continuously monitors the operating status of the power supply. Once abnormalities such as overvoltage, overcurrent, short circuit, and overheating are detected, the protection mechanism is immediately triggered to cut off the output or limit the output current, ensuring the safety of the power supply and backend load devices.

Precautions

-Voltage matching and input protection: Before installation, it is necessary to confirm that the input voltage range is consistent with the industrial grid voltage. It is strictly prohibited to apply voltage beyond the rated range to prevent power supply burnout; It is recommended to install surge protectors and input filters at the power input end to further suppress power grid surges and electromagnetic interference, and improve power supply stability; When not in use for a long time, the input power should be disconnected to avoid component aging caused by standby current and extend the service life.

-Safety operation regulations: When wiring, repairing or replacing components, the power must be disconnected first, and touching the terminals while powered on is strictly prohibited to prevent electric shock accidents.

-Correct wiring and load matching: strictly follow the wiring manual to distinguish between input terminals, output terminals, and grounding terminals. It is strictly prohibited to reverse or misconnect the positive and negative poles to avoid damage to the power supply and load equipment; When wiring, ensure that the terminal screws are tightened and the torque is controlled at 5.5 lb inch to prevent looseness that may cause poor contact or heating; The total power of the backend load shall not exceed the rated output power of the power supply (240W), and the load current shall not exceed the rated output current (10A). When multiple loads are connected in parallel, the load shall be reasonably distributed to avoid single circuit overload.

-Standardized installation and environmental protection: The installation location should be away from strong electromagnetic interference equipment such as welding machines and high-power motors to avoid unstable power supply caused by electromagnetic interference; When multiple power supplies are installed side by side, a spacing of ≥ 30mm should be maintained to ensure good heat dissipation; Strictly follow local electrical regulations for installation, and ensure reliable grounding with a grounding resistance of ≤ 4 Ω to prevent the risk of electric shock or electromagnetic interference; Avoid installation in areas with direct sunlight, high temperatures, humidity, or high levels of dust to extend the lifespan of the power supply.

-Professional operation: The parameter setting, system integration, and fault maintenance of modules need to be completed by professional technicians to avoid system failures or equipment damage caused by non professional operations.