Brand:Westinghouse Description:Control Card Condition:New Certificate:COO TEST REPORT WARRANTY LETTER Warranty:1 year Inventory Qty:5 Payment term:T/T Shipping Port: ShenZhen Westinghouse 3A99160G022 works in wide input voltage ranges, outputs 24VDC at 5A maximum currrent, and works in a wide temperature range. It incorporates overload and short circuit protection, voltage regulation, and status indication. Technically, it has efficient conversion, electromagnetic compatibility, modular design, and high-quality components.
Manufacture |
Westinghouse |
Model Number: |
3A99160G02 |
Ordering Number |
3A99160G02 |
Catalog |
Ovation |
Country Of Origin |
United States |
HS CODE: |
8473409090 |
Dimension |
36.2*24.8*4.4CM |
Packing Dimension |
38.2*26.8*6.4CM |
Weight |
0.5KG |
Performance Parameters
Input voltage
The adaptable range for Westinghouse 3A99160G02 is 100~240VAC. It can operate stably under different standard voltage environments and can effectively cope with voltage fluctuations and an unstable power supply.
Output voltage
Accurate output voltage at 24VDC affords high voltage stability, and voltage deviation falls within a very small range, thus providing reliable and constant power supply to connected devices.
Output current
Total maximum output of up to 5A meets the power demand of multiple mid-Power loads in one single large load, therefore ensuring that the equipment can operate normally.
Working temperature
Westinghouse 3A99160G02 can work in a wide temperature range of -20 to 70 degrees Celsius, and provide stable performance even in extremely harsh environmental conditions.
Functional Features
Overload protection
When the load exceeds the specified output current, the overload relay will break the circuit in a very short time frame, thus preventing damage to the device due to overload, thus providing protection both for the connected devices and personnel.
Short circuit protection
Short-circuit detection done according to output end-it automatically cuts off power to avoid dangerous situations like fire due to a short circuit. Once an anomaly is removed and the normal operation conditions are established, it will return back automatically.
Voltage regulation
The output voltage is automatically adjusted slightly due to load change, insuring that the connected equipment does supply from stable and accepted voltages for all load conditions. This fundamentally improves the stability and reliability of the equipment.
Status indication
Westinghouse 3A99160G02 is attached with competent specification signal lights, which display varying operational states like "power ON," "overload," or "short-circuit," making it quick and clear for the user to know the equipment's operational status for timely access to maintenance.
Technical Features
High Efficiency Power Conversion Technology
Westinghouse 3A99160G02 adopts advanced switching power conversion technology, and the power conversion efficiency is as high as 85%. Compared with traditional power supplies, it greatly reduces energy loss and reduces the cost of use. Meanwhile, the dropped heat generation makes it conducive to stable long-term operation of the instrument.
Electromagnetic compatibility design
This exhibits very good electromagnetic compatibility. It effectively abates the electromagnetic interference produced by itself while the instrument operates so as to remove impatience on other electronics working in the vicinity of itself, based on having a good immunity from the challenge of external electromagnetic interference, such a construct permits normal operation in a cadre of electromagnetic environment geometries.
Modular Design
Westinghouse 3A99160G02 adopts a modular layout concept, ranging from compact to rational to for patch component assembly and testing; each function module is relatively independent for easy production, assembly, and commissioning, as well as subsequent repairs and upgrades, lessening the residue burden of overall maintenance.
Good Quality Electronic Components
Good and reliable electronic components being used, undergo strict screening and verification, resulting in a long span where every electronic component operates in its correct functioning.