XP POWER HDA1500 Series AC-DC Power Supply

XP POWER HDA1500 Series AC-DC Power Supply

Product Overview

Product Name: HDA1500 Series AC-DC Power Supply

Core positioning: High power (1.5kW) medium to high voltage adaptive power supply, supporting multi scenario industrial applications

Core advantages: wide voltage output range, high efficiency, multiple protection mechanisms, flexible communication interface, support for parallel connection and current sharing

Physical parameters: Weight 2.6kg (5.7lb), fixed with M4/M8 screws (low voltage model 4-M4, high voltage model 8-M4), screw torque 1.2N-m (low voltage), 1.8N-m/2.8 ± 0.2N-m (high voltage)

Core performance parameters

(1) Input parameters

Characteristic specification remarks

Input voltage 115/230VAC suitable for different power supply scenarios

Under rated load with input current of 18A (115VAC)/9A (230VAC)

Surge current 30A (115VAC)/45A (230VAC), peak current at startup moment

Under the condition of ground leakage current 2.0mA 264VAC/60Hz

Input protection F20A/250V internal fuse overcurrent protection

(2) Output parameters

Characteristic specification remarks

Output power of 1.5kW, unified rated power for all models

The output voltage range is 12.0VDC-400.0VDC, with 11 models covering different voltage requirements

The output current range is 0.0A-125.0A. The lower the voltage, the larger the current (e.g. 12VDC corresponds to 125A, 400VDC corresponds to 3.75A)

Efficiency 89% -93% 12VDC model 89%, 57VDC model up to 93%

Voltage regulation ± 5.0% manually adjusted through potentiometer (RS4 option supports manual voltage/current regulation)

Voltage programming 0% -105% rated output supports flexible configuration of output voltage

Line regulation ± 1% V1 output, within the load range of 0-100%

Load regulation ± 1% (main output)/± 3% (5VDC backup), higher stability of main output

Ripple and noise ≤ 1% pk pk 20MHz bandwidth measurement, equipped with 305mm twisted pair cable and capacitor terminal

Holding time 8-14ms under 230VAC full load conditions

Transient response ≤ 1% (1.25% for 12VDC models) during 25% step load changes

Temperature coefficient ± 0.02%/° C, low rate of change of output voltage with temperature

Remote induction compensation with a maximum voltage drop of 0.5VDC ensures the accuracy of remote load power supply

Backup output 5VDC/1.0A continuous output when AC power supply is enabled

(3) Environment and reliability

Working temperature: -25 ° C to+60 ° C (linear derating above 50 ° C, load at 60% of rated value at 60 ° C)

Storage temperature: -40 ° C to+85 ° C

Working humidity: 5% -90% RH (non condensing)

Vibration tolerance: 10-500Hz, 10 minutes/cycle, 60 minutes/axis (compliant with IEC68 standard)

Cooling method: Built in fan, the speed increases with the increase of load and internal temperature

Mean Time Between Failures (MTBF): 1000khrs (MIL-HDBK-217F, 25 ° C GB)

Model and output specifications

Model Output Voltage (VDC) Output Current (A) Efficiency

HDA1500PS12 12.0 0.0-125.0 89%

HDA1500PS15 15.0 0.0-100.0 90%

HDA1500PS24 24.0 0.0-62.5 92%

HDA1500PS30 30.0 0.0-50.0 92%

HDA1500PS36 36.0 0.0-41.7 92%

HDA1500PS48 48.0 0.0-31.3 92%

HDA1500PS57 57.0 0.0-26.3 93%

HDA1500PS120 120.0 0.0-12.5 92%

HDA1500PS150 150.0 0.0-10.0 92%

HDA1500PS250 250.0 0.0-6.0 92%

HDA1500PS400 400.0 0.0-3.75 92%

Protection function and status indication

(1) Protection function

Protection type specification recovery method

Overvoltage protection (OVP) tracks output voltage for AC restart or recovery through INH signal

Over temperature protection with built-in thermal protection and automatic recovery

Overload protection at 105% rated power, automatic recovery in constant current mode

Short circuit protection supports automatic recovery

Fan fault protection support status LED prompt

Input undervoltage protection: When the AC input is lower than the starting voltage, trigger voltage recovery and restart

(2) Status LED indication

Meaning of LED status

Medium speed flashing DC output disabled (remote mode)

Fast flashing DC output overvoltage protection mode

Constant brightness DC output overcurrent protection mode

Slow flashing internal high temperature/fan malfunction

Double flash AC input below starting voltage

Three flash internal malfunction

Alternating flashing establishes parallel connections

Control and Interface

(1) Interface type and protocol

Interface Options Communication Protocol Function Support

Standard Model XP Standard Protocol (ASCII Command) Basic Control Function

-PMB RS-485, I2C PMBUS protocol, supports parallel connection and current sharing

-MOD RS-485, I2C MODBUS, PMBUS protocols, supporting parallel connections and current sharing

-RS4 RS-485 XP standard protocol, supports manual voltage/current regulation

-ETH Ethernet supports ARP, DHCP, SNMP, TCP/UDP, etc., and supports parallel connections and current sharing

(2) Core control function

Remote enablement: Controlled through EN+and EN - pins, supporting internal 5V backup power supply, external transistor or external voltage source triggering

Current sharing: - PMB/- MOD/- ETH models support, low voltage models can be paired with remote/local induction, high voltage models only support local induction

Power OK (POK) signal: open drain output (40V/20mA/<0.5W), low level when the power supply is normal

Parallel connection: supports multiple devices to work in parallel and expand power output

(3) Interface card pin configuration (core pins)

Interface Type Core Pin Function Adaptation Model

-PMB/- MOD (low voltage) VS+/- (remote sensing), EN+/- (enable), CANL/CANH (bus), RS485-A/B (communication) low voltage 12-120VDC model

-PMB/- MOD (high voltage) EN+/- (enable), CANL/CANH (bus), RS485-A/B (communication), AUX (backup power) high voltage 150-400VDC model

-RS4 VS+/- (remote sensing), EN+/- (enable), RS485-A/B (communication), POK (power OK) full voltage models

-ETH CANL/CANH (bus), POK (power OK), Ethernet RJ45 port full voltage model

Compliance and Certification

Safety certification: CB (IEC62368-1), UL62368-1, EN62368-1, CE, UKCA

EMC emissions: Conducted emission EN55032 Class A, Radiated emission EN55032 Class A, Harmonic current EN61000-3-2 Class A, Voltage flicker EN61000-3-3

EMC immunity: ESD (EN61000-4-2, ± 4kV contact/± 8kV air), radiation immunity (EN61000-4-3, 3V/m), surge (EN61000-4-5, ± 1kV line to line/± 2kV line to ground), etc