3 Phase Automatic Voltage Stabilizer, 40 kVA (32 kW)
- Stock: In Stock
- Model: PEACO-ZW-S-40KVA
- SKU: PEACO-GTZWS40
$6,125.88
Ex Tax: $6,125.88
The three phase automatic voltage stabilizer has 40 kVA (32 kW) power, a wide selection of input and output volatges to choose. High precision AC Voltage Stabilizer continuously monitors the incoming mains supply and will automatically control the output voltage if the voltage rises or drops so as to ensure the voltage reaching the load equipment always remains constant at the required voltage.
Features
- The 3 kVA voltage stabilizer features CPU intelligent control, digital circuits, stable and reliable performance.
- Large LCD screen for humanized operation interface allows easy setting with menu button and showing current, Voltage operating state.
- Main Control PCB adopts SMT process. With strong anti-interference and cleaning ability to output pure power.
- Each phase is regulated independently, no contact, no abrasion and maintenance free.
- Response time 40ms, it can withstand all kinds of load.
- Efficiency is as high as more than 98% and there are only 1% power consumption, energy saving and cost-effective.
- Overload, under/over voltage, short circuit, phase loss, bypass protection functions available.
Technical Specification
Basics
- Mode : PEACO-ZW-S-40KVA
- Power Rating : 40 kVA / 32 kW
- Control Method : SCR Static (Microprocessor CPU)
- Warranty : 1Year / Lifelong technology support
- Lead Time : 14-18 days
Input
- Rated Voltage : 3 x 380V/400V/415V/420V/440V AC Y(3L+N+G), Delta( 3L+G) (Optional)
- Voltage Range : ±20% or ±15% (Optional)
- Frequency : 50Hz / 60Hz
Output
- Rated Voltage : 3 x 380V/400V/415V/420V/440V AC Y(3L+N+G), Delta( 3L+G) (Optional)
- Stabilizing Accuracy : ±1.5% or ±1% (±1%~5% Adjustable)
- Power Factor : PF≥0.8
- Efficiency : ≥98%
- Response time : ≤0.04s
- Delay time (When it is on) : ≤5s
- Waveform Distortion : ≤1%
- Frequency : 50Hz / 60Hz
System Protection
- Over Voltage : When the output voltage exceeds the rated voltage 10% (adjustable), uninterrupted bypass.
- Under Voltage : When the output voltage is lower than the rated voltage 10% (adjustable), uninterrupted bypass.
- Overload : When the current is higher than rated current, uninterrupted bypass.
- Phase Dislocation : When the phase sequence of 3 phase voltage is wrong, uninterrupted bypass.
- Phase Loss : When the phase sequence of 3 phase voltage is missing, uninterrupted bypass.
- Short Circuit : When the load equipment is short circuited, the input power is cut off.
- Bypass : When the AVR needs to be repaired, the power transfers to bypass manually.
- Surge Protector : High quality surge protector.
LCD Screen Displaying
- Input Voltage : Real-time display of the input voltage.
- Output Voltage : Real-time display of output voltage.
- Input Current : Real-time display of input current.
- Working Status : AVR, bypass, fuse blown, over-voltage, under-voltage, over-load, etc.
Others
- Cooling System : Air
- Insulation Resistance : ≥2ΜΩ
- Voltage-endurance : The whole machine has no breakdown and no arcing phenomena for 2000V AC/min.
- Noise : <65dB/m
Working Environment
- Ambient Temperature : 0℃~45℃(No condensation )
- Working Humidity : 20%~90%
Dimension & Output Accuracy Selection
| Rated Power | Input Voltage and Range | Output voltage and Accuracy | Dimension | Net Weight | Gross Weight |
| 40kVA/32kW | 3L+N+G 380/400/415VAC ±15% | 3L+N+G 380/400/415VAC±1% | 380*780*830mm | 126kg | 156kg |
| 3L+N+G 380/400/415VAC ±20% | 3L+N+G 380/400/415VAC±1.5% | 380*780*830mm | 167kg | 197kg |
Note: Please choose the input and output voltage and output voltage accuracy in drop-down lists to complete your order.
For choosing suitable voltage stablizer, you may also tell us these:
- What kind of terminal machine will this voltage stabilizer be used on?
- Is it indoor or outdoor?
Application
The 3 phase automatic voltage stabilizer is particularly suitable for electrical equipment that needs high reliability and high stability power and is applicable in harsh electrical environment where there are grid fluctuations and voltage mutates transiently.
