MEAN WELL HRPG-1000N3 Ultra High Peak Power Supply Owner’s Manual

: June 13, 2024
: MEAN WELL

Table of Contents

MEAN WELL HRPG-1000N3 Ultra High Peak Power Supply
Features
Applications
Description
SPECIFICATION
Block Diagram
Function Manual
Mechanical Specification
Installation Manual
References
Read User Manual Online (PDF format)
Download This Manual (PDF format)

MEAN WELL HRPG-1000N3 Ultra High Peak Power Supply

Features

Universal AC input / Full range
Built-in active PFC function, PF>0.95
High efficiency up to 94%
Withstand 300VAC surge input for 5 seconds
Up to 320% peak power capability
Protections: Short circuit / Overload / Over voltage /

Over temperature

Built-in cooling fan ON-OFF control
Current sharing up to 4000W (3+1)
Built-in DC OK signal
Built-in remote ON-OFF control
Standby 5V@0.3A
Built-in remote sense function
No load power consumption<0.85W (Note.6)
5 years warranty

Applications

Factory control or automation apparatus
Test and measurement instrument
Laser related machine
Aging equipment
RF application
For inductive and capacitive load

GTIN CODE

MW Search: https://www.meanwell.com/serviceGTIN.aspx

Description

HRPG-1000N3 series is a 1000W single output AC/DC with ultra-hight peak power supply. This series operates for 90~264 VAC input voltage and offers models with different rated voltage ranging between 12 and 48 V that can satisfy the demands for all kinds of industrial equipments. Each model is cooled by the built-in fan with speed control, working for the temperature up to 70°C. Moreover, HRPG-1000N3 has various built-in functions such as auxiliary power, remote sense and remote on -off control, offering vast design flexibility for industrial application.It can provide 320% short-duration peak power for motor applications and electromechanical loads requiring much higher power during start-up.

Model Encoding / Order Information

SPECIFICATION

MODEL| HRPG-1000N3-12| HRPG-1000N3-24| HRPG-1000N3-36| HRPG-1000N3-48
---|---|---|---|---

OUTPUT

| DC VOLTAGE| 12V| 24V| 36V| 48V
RATED CURRENT| 80A| 42A| 28A| 21A
CURRENT RANGE| 0 ~ 80A| 0 ~ 42A| 0 ~ 28A| 0 ~ 21A
RATED POWER| 960W| 1008W| 1008W| 1008W
RIPPLE & NOISE (max.) **Note.2| 150mVp-p| 200mVp-p| 250mVp-p| 250mVp-p
VOLTAGE ADJ. RANGE| 11 ~ 14V| 22 ~ 28V| 32 ~ 38V| 46 ~ 56V
VOLTAGE TOLERANCE Note.3| ±2.0%| ±1.0%| ±1.0%| ±1.0%
LINE REGULATION| ±0.5%| ±0.5%| ±0.5%| ±0.5%
LOAD REGULATION| ±2.0%| ±0.5%| ±0.5%| ±0.5%
SETUP, RISE TIME| 1000ms, 50ms/230VAC 2000ms, 50ms/115VAC at full load
HOLD UP TIME (Typ.)**| 16ms/230VAC 16ms/115VAC at full load

INPUT

PROTECTION

| ****

OVERLOAD **Note.4**

| Output power >105% rated for more than 5 seconds then shut down o/p voltage, re-power on to recover
Output power >350% rated then shut down o/p voltage, re-power on to recover

OVER VOLTAGE

| 14.5 ~ 16.5V| 29 ~ 33V| 39 ~ 46V| 58 ~ 65V
Protection type : Shut down o/p voltage, re-power on to recover
OVER TEMPERATURE| Shut down o/p voltage, recovers automatically after temperature goes down

FUNCTION

| CURRENT SHARING| Up to 4000W or (3+1) units. Please refer to the function manual.
REMOTE ON-OFF CONTROL| Power ON : short; Power OFF : open. Please refer to the function manual.
REMOTE SENSE| Compensate voltage drop on the load wiring up to 0.5V. Please refer to the function manual.
DC-OK SIGNAL| The TTL signal out, PSU turn on = 3.3 ~ 5.6V ; PSU turn off = 0 ~ 1V. Please refer to the function manual.
5V STANDBY| 5VSB : 5V@0.3A ; tolerance±5%, ripple : 50mVp-p(max.)
FAN CONTROL| Fan on/off by NTC(RT50) or 30% load min.

ENVIRONMENT

| WORKING TEMP.| -40 ~ +70℃ (Refer to “Derating Curve”)
WORKING HUMIDITY| 20 ~ 90% RH non-condensing
STORAGE TEMP., HUMIDITY| -40 ~ +85℃, 10 ~ 95% RH non-condensing
TEMP. COEFFICIENT| ±0.03%/℃ (0 ~ 50℃)
VIBRATION| 10 ~ 500Hz, 5G 10min./1cycle, 60min. each along X, Y, Z axes

SAFETY & EMC

| SAFETY STANDARDS| UL62368-1, CAN/CSA C22.2 No. 62368-1, TUV BS EN/EN62368-1, AS/NZS62368.1, EAC TP TC 004 approved
WITHSTAND VOLTAGE| I/P-O/P:3KVAC I/P-FG:2KVAC O/P-FG:0.5KVAC
ISOLATION RESISTANCE| I/P-O/P, I/P-FG, O/P-FG:100M Ohms / 500VDC / 25℃/ 70% RH

EMC EMISSION

EMC IMMUNITY

95% interruptions 250 periods

OTHERS

| MTBF| 989.2K hrs min. Telcordia SR-332 (Bellcore) ; 130.6K hrs min. MIL-HDBK-217F (25℃)
DIMENSION| 21810561.5mm (LWH)
PACKING| 1.46Kg;8pcs/12.8Kg/1.58CUFT

NOTE

All parameters NOT specially mentioned are measured at 230VAC input, rated load and 25 C of ambient temperature.
Ripple & noise are measured at 20MHz of bandwidth by using a 12* twisted pair-wire terminated with a 0. 1uf & 47uf parallel capacitor.
Tolerance: includes set up tolerance, line regulation and load regulation.
After protection, restart the device at an interval of about 30 seconds.
Derating may be needed under low input voltages. Please check the derating curve for more details.
Length of set up time is measured at first cold start. Turning ON/OFF the power supply may lead to an increase of the set-up time.
No load power consumption 0.85W when RC+ & RC- (CN100 pin3,4) open.
The power supply is considered a component that will be installed into a final equipment. All the MC tests are been executed by mounting the unit on a 360mm *700mm metal plate with 1mm of thickness. The final equipment must be re-confirmed that it stil meets MC directives. For guidance on how to
perform these MC tests, please refer to “EMI testing of component power supplies.” (as available on http://www.meanwell.com)
The ambient temperature derating of 3.5°C/1000m with fanless models and of 5°C/1000m with fan models for operating altitude higher than 2000m(6500ft)
- roduct Liability Disclaimer: For detailed information, please refer to https://www.meanwell.com/serviceDisclaimer.aspx

Block Diagram

Derating Curve

Output Derating VS Input Voltage

Function Manual

Peak Power

For example (24V model) :

Function Description of CN100

Pin No.	Function	Description
1	AUXG	Auxiliary voltage output ground.
2	AUX	Auxiliary voltage output, 4.75~5.25V, referenced to pin 1(AUXG). The

maximum load current is 0.3A. This output is not controlled by the “remote ON/OFF control”.
3| RC+| Turns the output on and off by electrical or dry contact between pin 4 (RC-), Short: Power ON, Open: Power OFF.
4| RC-| Remote control ground.
5| CS| Current sharing signal. When units are connected in parallel, the CS pins of the units should be connected to allow current balance between units.
6,8| GND| This pin connects to the negative terminal(-V). Return for DC-OK signal output.
7| DC-OK| DC-OK signal is a TTL level signal, referenced to pin8(DC-OK GND). High when PSU turns on.
9| +S| Positive sensing. The +S signal should be connected to the positive terminal of the load. The +S and -S leads should be twisted in pair to minimize noise pick-up effect. The maximum line drop compensation is 0.5V.
10| -S| Negative sensing. The -S signal should be connected to the negative terminal of the load. The -S and +S leads should be twisted in pair to minimize noise pick-up effect. The maximum line drop compensation is 0.5V.

Function Manual

Remote Sense
The remote sensing compensates voltage drop on the load wiring up to 0.5V.
DC-OK Signal
DC-OK signal is a TTL level signal. High when PSU turns on.Between DC-OK(pin7) and GND(pin6,8)| Output Status
---|---
3.3 ~ 5.6V| ON
0 ~ 1V| OFF
Remote ON-OFF Control
The PSU can be turned ON/OFF by using the
“Remote Control” function.Between RC+(pin3) and RC-(pin4)| Output Status
---|---
SW ON (Short)| ON
SW OFF (Open)| OFF
Current Sharing
HRPG-1000N3 has the built-in active current sharing function and can be connected in parallel, up to 4 units, to provide higher output power as exhibited belo
- The power supplies should be paralleled using short and large diameter wiring and then connected to the load.
- Difference of output voltages among parallel units should be less than 0.2V.
- The total output current must not exceed the value determined by the following equation:
- Maximum output current at parallel operation= (Rated current per unit) (Number of unit) X0.9
- When the total output current is less than 5% of the total rated current, or say (5% of Rated current per unit) (Number of unit) the current shared among units may not be fully balanced.