Name：60W/48V Industrial DIN Rail Power Supply
Model：GWS-DP60-48
60W/48V Industrial DIN Rail Power Supply
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60W/48V Industrial DIN Rail Power Supply
GWS-DP60-48 is one economical slim 60W industrial DIN Rail power supply series, adapting to be installed on TS-35/7.5 or TS-35/15 mounting rails. The entire series adopts the full range AC input from 90VAC to 264VAC and conforms to EN61000-3-2, the norm the European Union regulates for harmonic current.
GWS-DP60-48 is designed with metal housing that enhances the unit’s power dissipation. With working efficiency up to 89%, the entire series can operate at the ambient temperature between -40℃ to 70℃ under air convection. It is equipped with constant current mode for over load protection, fitting various inductive or capacitive applications. The complete protection functions and relevant certificates for industrial control apparatus make GWS-DP60-48 a very competitive power supply solution for industrial applications.
| Product Name | 60W/48V Industrial DIN Rail Power Supply | 60W/24V Industrial DIN Rail Power Supply | 60W/12V Industrial DIN Rail Power Supply |
| Model | GWS-DP60-48 | GWS-DP60-24 | GWS-DP60-12 |
| Group of Output | 1 | 1 | 1 |
| DC Voltage | 48V | 24V | 12V |
| Default Output Voltage @25℃ | 48.00-48.2V （Vin: 220VAC / LOAD:0A） | DC24.00-24.20V （Vin: 220VAC / LOAD:0A） | DC12.00-12.20V （Vin: 220VAC / LOAD:0A） |
| Output Rated Current | 1.25A | 2.5A | 5A |
| Output Current Range | 0-1.25A | 0-2.5A | 0-5A |
| Output Rated Power | 60W | 60W | 60W |
| Total Peak Output Power | Up to 90W(Sustainable time 10S/220VAC) | Up to 90W(Sustainable time 10S/220VAC) | Up to 90W(Sustainable time 10S/220VAC) |
| Peak Output Current | 1.5A( Sustainable time 10S/220VAC) | 3.75A( Sustainable time 10S/220VAC) | 7.5A( Sustainable time 10S/220VAC) |
| Ripple noise | Peak - Peak ≤100mV (Test Method: The terminal shall be in parallel with capacitance of 0.1uF and 47uF, testing at 20MHz) | Peak - Peak ≤100mV (Test Method: The terminal shall be in parallel with capacitance of 0.1uF and 47uF, testing at 20MHz) | Peak - Peak ≤100mV (Test Method: The terminal shall be in parallel with capacitance of 0.1uF and 47uF, testing at 20MHz) |
| Output Regulation Range @25℃ | DC47~56V | DC22.5~28V | DC11.5~14.5V |
| Stabilized Voltage Precision @-20~65℃ | ±1% (DC48.48V-47.52V) | ±1% | ±1% |
| Line Regulation @-20~65℃ | ±0.5% (DC48.48V-47.52V), (@ 85-264Vac input, 100% load) | ±0.5% (@ 85-264Vac input, 100% load) | ±0.5% (@ 85-264Vac input, 100% load) |
| Load Regulation @-20~65℃ | ±1% (48.48V-47.52V), (@ 85-264Vac input, 0-100% load) | ±1% (@ 85-264Vac input, 0-100% load) | ±1% (@ 85-264Vac input, 0-100% load) |
| Temperature Coefficient | ±0.03%/℃, （0～50℃） | ±0.03%/℃, （0～50℃） | ±0.03%/℃, （0～50℃） |
| Output Start Time @25℃ | < 1.5S @ nominal input (100% load ) | < 1.5S @ nominal input (100% load ) | < 1.5S @ nominal input (100% load ) |
| Output Hold Time @25℃ | > 20ms @ 115Vac, > 125 ms @ 230Vac (100% load ) | > 20ms @ 115Vac, > 125 ms @ 230Vac (100% load ) | > 20ms @ 115Vac, > 125 ms @ 230Vac (100% load ) |
| Voltage Overshoot @-20~65℃ | ≤5% | ≤5% | ≤5% |
| Input Voltage Range | 90~264VAC | 90~264VAC | 90~264VAC |
| Input Rated Voltage Range | 100~240VAC | 100~240VAC | 100~240VAC |
| Frequency Range | 47Hz~63Hz | 47Hz~63Hz | 47Hz~63Hz |
| Starting Voltage @-20~65℃ | 90Vac | 90Vac | 90Vac |
| Efficiency @ 25℃ | > 85.0% @ 115Vac, > 89.0% @ 230Vac | > 85.0% @ 115Vac, > 89.0% @ 230Vac | > 85.0% @ 115Vac, > 89.0% @ 230Vac |
| Input Current @25℃ | < 1.40A @ 115Vac, < 0.80A @ 230Vac | < 1.40A @ 115Vac, < 0.80A @ 230Vac | < 1.40A @ 115Vac, < 0.80A @ 230Vac |
| Power Factor @25℃ | PF>0.6 (at full load) | PF>0.6 (at full load) | PF>0.6 (at full load) |
| Over Power Protection | 78~97W Swing machine (Testing method: Increase the output current until enabling the protection. Protection mode:Swing machine, Self-recovery after over-power released.) | 78~97W Swing machine (Testing method: Increase the output current until enabling the protection. Protection mode:Swing machine, Self-recovery after over-power released.) | 78~97W Swing machine (Testing method: Increase the output current until enabling the protection. Protection mode:Swing machine, Self-recovery after over-power released.) |
| Over Voltage Protection | 57~70V Swing machine (Short circuit the Pin1-2 of U8, swing machine. Output recovery to normal after removing the short circuit) Note: Do not use external voltage. | 30~36V Swing machine (Short circuit the Pin1-2 of U8, swing machine. Output recovery to normal after removing the short circuit) Note: Do not use external voltage. | 15~17V Swing machine (Short circuit the Pin1-2 of U8, swing machine. Output recovery to normal after removing the short circuit) Note: Do not use external voltage. |
| Over Current | 1.5~1.875A Swing machine (Testing method: Increase the output current until enabling the protection. Protection mode:Swing machine, Self-recovery after over-current released.) | 3~3.75A Swing machine (Testing method: Increase the output current until enabling the protection. Protection mode:Swing machine, Self-recovery after over-current released.) | 6~7.5A Swing machine (Testing method: Increase the output current until enabling the protection. Protection mode:Swing machine, Self-recovery after over-current released.) |
| Short Circuit Protection | It achieves the long-term short circuit by connecting a sufficient cross-sectional area copper cable (Length at 15cm±5cm) with power output port. Self-recovery to normal after removing the short circuit. | It achieves the long-term short circuit by connecting a sufficient cross-sectional area copper cable (Length at 15cm±5cm) with power output port. Self-recovery to normal after removing the short circuit. | It achieves the long-term short circuit by connecting a sufficient cross-sectional area copper cable (Length at 15cm±5cm) with power output port. Self-recovery to normal after removing the short circuit. |
| Operation Temperature and Humidity | -40~70℃; 20%~95%RH | -40~70℃; 20%~95%RH | -40~70℃; 20%~95%RH |
| Storage Temperature and Humidity | -40℃~85℃; 10%~95%RH non-condensing | -40℃~85℃; 10%~95%RH non-condensing | -40℃~85℃; 10%~95%RH non-condensing |
| Libration | Frequency range: 10 ~ 500Hz, Acceleration: 2G, Each sweep cycle 10min. Six sweeps along the X, Y, and Z axis | Frequency range: 10 ~ 500Hz, Acceleration: 2G, Each sweep cycle 10min. Six sweeps along the X, Y, and Z axis | Frequency range: 10 ~ 500Hz, Acceleration: 2G, Each sweep cycle 10min. Six sweeps along the X, Y, and Z axis |
| Surge | Acceleration: 20G, Duration time: 11mS, Three shocks along X, Y and Z axis | Acceleration: 20G, Duration time: 11mS, Three shocks along X, Y and Z axis | Acceleration: 20G, Duration time: 11mS, Three shocks along X, Y and Z axis |
| Altitude | 2000m | 2000m | 2000m |
| Security Standard | GB4943/EN60950 ■Reference □Certification | GB4943/EN60950 ■Reference □Certification | GB4943/EN60950 ■Reference □Certification |
| Dielectric Strength | Input—Output:3KVac/10mA; Input--Case:1.5KVac/10mA; Output---Case:0.5KVDC/10mA Time for each testing is 1min. | Input—Output:3KVac/10mA; Input--Case:1.5KVac/10mA; Output---Case:0.5KVDC/10mA Time for each testing is 1min. | Input—Output:3KVac/10mA; Input--Case:1.5KVac/10mA; Output---Case:0.5KVDC/10mA Time for each testing is 1min. |
| Grounding Test | Test Condition: 32A/2min; Ground bond: ＜0.1 ohms. | Test Condition: 32A/2min; Ground bond: ＜0.1 ohms. | Test Condition: 32A/2min; Ground bond: ＜0.1 ohms. |
| Leakage Current @25℃ | Input to GND ≤3.5mA; Input to output ≤0.25mA (Input 264Vac, 63Hz) | Input to GND ≤3.5mA; Input to output ≤0.25mA (Input 264Vac, 63Hz) | Input to GND ≤3.5mA; Input to output ≤0.25mA (Input 264Vac, 63Hz) |
| Insulation Resistance | Input—Output: 10M ohms; | Input—Output: 10M ohms; | Input—Output: 10M ohms; |
| Conducted Interference | EN55022, EN55024, FCC PART 15 CLASS B | EN55022, EN55024, FCC PART 15 CLASS B | EN55022, EN55024, FCC PART 15 CLASS B |
| Radiated Interference | EN55022, EN55024, FCC PART 15 CLASS B | EN55022, EN55024, FCC PART 15 CLASS B | EN55022, EN55024, FCC PART 15 CLASS B |
| Harmaonic current | EN61000-3-2 CLASS D | EN61000-3-2 CLASS D | EN61000-3-2 CLASS D |
| Conducted Emission | EN61000-4-6 Level3 | EN61000-4-6 Level3 | EN61000-4-6 Level3 |
| Radiated Emission | EN61000-4-3 Leve3 criterion B | EN61000-4-3 Leve3 criterion B | EN61000-4-3 Leve3 criterion B |
| Power Frequency Emission | EN61000-4-8 Level3 | EN61000-4-8 Level3 | EN61000-4-8 Level3 |
| Electrostatic Emission | EN61000-4-2 Level4 criterion B | EN61000-4-2 Level4 criterion B | EN61000-4-2 Level4 criterion B |
| EFT | EN61000-4-4 Level4 criterion B | EN61000-4-4 Level4 criterion B | EN61000-4-4 Level4 criterion B |
| Surge | EN61000-4-5 Level4 criterion B | EN61000-4-5 Level4 criterion B | EN61000-4-5 Level4 criterion B |
| Dip and Interruption | EN61000-4-11 | EN61000-4-11 | EN61000-4-11 |
| Dimension/Weight | 100*94*40mm / 300g | 100*94*40mm / 300g | 100*94*40mm / 300g |
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