Detailed description:
• Small size and light weight. • High reliability and low price. • The circuit has a wide input voltage range. • High conversion efficiency and low operating temperature rise. • Built-in filter circuit, less external radiation interference. • It has basic protection circuit and good adaptability to the environment. • 4 hours, 100% full load aging and full range of functional tests. | |
parameter model characteristic | JS6430 |
Rated output voltage | DC +12V |
Output interface location | The six-digit P=7.5mm terminal block is marked NC (normally closed), PUSH, NO (normally open), PUSH, GND, DC+ |
Output voltage range | Setting error: ±0.5V |
Rated output current | 3A |
Load current range | 0.5~3A ( MAX=3A ) |
Output voltage ripple | Vp-p100Hz<50mV,Vp-pmax<120 mV |
Li ; Lo Adjustment rate | Line:±1%;Load:±1% |
Comprehensive voltage stabilization accuracy | ±3% |
Rated output power | 36W |
Rated working efficiency | ≥78% (output power is rated value) |
Rated input voltage | Operating voltage: AC176V-264V Rated voltage: AC220V Interface location: Two sections of red power wires are connected to AC-L, AC-N, FG on the PCB board |
Rated input current | Rated current: AC0.6A, current range AC0.2~1A |
AC input frequency | Rated AC voltage frequency range 47~63Hz, sine wave |
Input surge current | The impact current on the power supply grid at the moment of power-on: the maximum value during cold start is 60A/10mS. |
Output overload protection | The overload protection point is about 120%-180% of the rated output power; the overload protection is an online power limiting and voltage reduction method; the short circuit protection is an online power limiting method |
Unlock function | When PUSH is low level (0V/1S), NO outputs high level +12V, NC output is low level, and returns to normal in 0~30S (counterclockwise extension delay) |
When PUSH is high level (+12V/1S), NO outputs high level +12V, NC output is low level, and returns to normal in 0~30S (counterclockwise extension delay) | |
Power time parameters | Preparation time (SETUP TIME) ≈ 200mS; Stability time (RISE TIME) ≈ 50mS; Holding time (HOLD UP TIME) ≈ 20mS |
Electrical strength parameters | Input-output: >AC1.5KV; Input-casing: >AC1.5KV; Output-casing: >AC0.5KV Leakage current <5mA 50Hz 1min. |
Operating temperature parameters | The working temperature drift coefficient is about ±0.03[%/℃]; the absolute temperature rise coefficient is about 0.50[℃/W]; when the working output is rated power, the absolute temperature rise of the body is 25℃±5℃ |
Environmental condition parameters | Storage environment: -20℃~+85℃; 10%~95%RH. Working environment: -10℃~+50℃; 20%~90%RH. (Varies depending on usage environment and power) |
Working heat dissipation method | Designed to work continuously, with self-cooling to assist heat dissipation. (Differences in usage environment and installation location affect power usage and lifespan) |
Appearance installation dimensions | Specifications and dimensions: L180×W80×H84mm3; wall-mounted installation |
Net weight and appearance | The total weight is about 416g; the bottom shell is made of 1.2mm thick aluminum with a sand-oxygen surface treatment in black; the cover shell is 0.5mm thick iron with a black electroplastic surface treatment |
Certified safety specifications | National standard GB-8898 |
Note: 1) The above detection indicators are measured under the following conditions: within the input rated voltage and output rated load range, the environment is 25℃, 85%RH. , when there is no wind around 2) Output DC voltage ripple detection: Use a parallel twisted wire with a length of 30cm and a cross-section of 1mm2 connected to one end of a 0.1μF and 0.47μF capacitor to bypass the detection point and detect 100Hz respectively. The maximum peak-to-peak value of the main frequency ripple is Vp-p100Hz and the maximum peak-to-peak value of the comprehensive ripple is Vp-pmax. 3) Li voltage regulation rate: when the load is at the rated value, the input voltage changes within the rated range; Lo load regulation rate: when the input is at the rated voltage value, the load changes from zero to the rated value. |
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Street,Longgang District,Shenzhen
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