TLN-SVC wall mount series SERVO MOTOR CONTROL AC automatic voltage stabilizer , which is the leading select of the American chip by our company, uses the computer digitization procedure to Control the functional movement of the entire machine. The TLN-SVC series wall-mounted AC voltage stabilizer is a new design for wall mount for servo motor.
TLN-SVC has the advantages of high voltage regulation accuracy, strong overload capacity, good reliability, strong anti-interference ability, high efficiency, long-term continuous work, long service life, etc. It is ideal to replace the TSD series of electronic voltage stabilizers . It can provide a quiet, silent, safe and reliable working environment.
It can provide high-precision and stable power supply for computers, copiers, program-controlled telephone exchanges, industrial precision electrical appliances, medical equipment, household appliances and other equipment.
The advantages of this model:SERVO MOTOR CONTROL
1.Wide input voltage:AC 140~260V or 100-260VAC Or customize.
2.High technology:programmed control computerized.
3.Fashion design:LED/LCD display which can show all protection functions.
4.Quality insurance:Main spare parts made by ourselves,for example,transformer,PCB.
5.Perfect protection function:over/low voltage protection,over-heat/load protection,short circuit protection.
6.Option function:with voltage regulator and mains supply two kind output voltage choice function,in mains supply relatively stable season,the user can put voltage stabilizer in mains supply state,there is no power consumption,it is economic and convenient.
7.High efficiency:More than 95%.
SPECIFICATIONS
Model | TLN-SVC1000 | TLN-SVC2000 | TLN-SVC3000 | TLN-SVC5000 | TLN-SVC10000 | |
Power | 1000VA/800W | 2000VA/1600W | 3000VA/2400W | 5000VA/4000W | 10000VA/8000W | |
Phase | Single Phase | |||||
Technology | CPU based Digital Circuit | |||||
Indicator | LED/LCD graphic | |||||
Display Status | working, time delay, failure | |||||
Input | Voltage | AC 140~260V or 100-260VAC Or customize | ||||
Frequency | 50/60 Hz | |||||
Output | Voltage | 220Vac 110Vac | ||||
Precision | +/-3% | |||||
Protection | Over-heat Protection | Yes | ||||
Circuit Protection | Fuse / Circuit Breaker / Air Break Switch | |||||
High Voltage Protection | Yes | |||||
Delay Time | 6/120Seconds | |||||
Safety Standards | CE, EN60950, En55024 | |||||
Efficiency | 98% | |||||
Operating Conditions | Operating Temperature | 0-40°C | ||||
Operating Relative Humidit | 10%RH~95%RH, Non-condensing | |||||
Storage temperature | -5°C-45°C | |||||
Appearance | AVR size (mm) | 304x199x68 | 304x 199x68 | 367x247x95 | 367x247x95 | 420x290x120 |
AVR N.W. (kg) | 4.8 | 6 | 12.5 | 15.5 | 20 | |
Precautions:
1. The voltage of network input must conform to the demand of AVR, for optimum operation.
2. Connect all plugs securely.
3. Always turn AVR power switch on first, the turn appliance power switch on.(Failure to do so may cause AVR fuse to blow)
4. For best results, do not use if overload condition exists.
5. Do not use in overly humid or flammable surroudings; avoid contact with any liquids.
6. The relationship between the output capacity and input voltage as following picture and diagram:
Overload | Utmost using time |
20% | 60 minutes |
40% | 32 minutes |
60% | 5 minutes |
Long time overload is forbidden.