Products
IEC 60950 Clause 2.3.5 Information Technology Equipment 5 Safety Test Generator 130A
Products Description
IEC 60950 Clause 2.3.5 Information Technology Equipment 5 Safety Test Generator 130A
Product Overview:
The 130A test generator is designed and manufactured according to the requirements of IEC60950 clause 2.3.5.
It can simulate voltage standards (50Hz or 60Hz) in different regions to meet the test requirements. The instrument is designed with a stable signal source and a large and medium power matching circuit to meet the output requirements under large loads.
Input Characteristics:
Technical Index:
Boot Check
Unpacking inspection
The 130A test generator is packed in a carton box. When unpacking the instrument, check the appearance and panel are intact, and check whether the number of instrument accessories in the box is correct. For the list of instrument accessories, see packing list.
Input voltage and fuse specifications
The 130A test generator uses AC220V, 50Hz/60Hz single-phase power supply, and the fuse capacity is 3A. For details, see the technical specifications. Note: Before replacing the fuse, the input power cord must be removed, and the newly replaced fuse must meet the requirements.
Boot check
Before turning on the power of the instrument, make sure that the ground wire of the power supply is connected. This instrument uses a three-core power cord. When the power cord is connected, it must be in good contact, and ensure that the instrument chassis is grounded.
Storage and transportation environment
The instrument can be stored and transported in the following environmental conditions:
Instructions of Panel :
①: Power switch (POWER)
Input voltage
AC 120V±10%
Input frequency
50Hz/60Hz
Working environmental
Temperature:-20℃~40℃, Humidity: < 80% RH
Power fuse
4A
Dimensions
Approx. 408mm (L) * 320mm (D) * 180mm (H)
Output voltage
120V±2V
Output frequency
50Hz/60Hz±2words
Internal impedance
1200Ω±2%
Function
With commutation connection requirements
Output power
25W
Temperature: -20℃~60℃;
Humidity: less than 80% RH.
Note: It is necessary to avoid abrupt changes in ambient temperature, which may cause moisture condensation inside the instrument.
②: Output frequency selection
③: Commutation selection
④: Output voltage display
⑤: Output voltage terminals