Comparison Eleks Amper-T U 16-1/50 v2.1 11 kVA vs Eleks Amper U 12-1/50 v2.1 11 kVA

Clear Table
Add to comparison
	Eleks Amper-T U 16-1/50 v2.1 11 kVA	Eleks Amper U 12-1/50 v2.1 11 kVA
	Outdated Product	Outdated Product
all specs only differences
TOP sellers	Find prices on Amazon.com Find prices on eBay.com	Find prices on Amazon.com Find prices on eBay.com
Main	Bypass mode	Bypass mode
AVR type	thyristor	thyristor
Input voltage	230V (1 phase)	230V (1 phase)
Power	11 kVA	11 kVA
Specs
Input voltage range	100 – 295 V	100 – 295 V
Output voltage accuracy (±)	2.7 %	3.5 %
Response time	20 ms	20 ms
Efficiency	98 %	98 %
Voltmeter	digital	digital
Sockets
Terminal connection
Protection levels
Protection	overheating short circuit overload over / under voltage	overheating short circuit overload over / under voltage
General
Installation	wall floor	wall floor
Cooling	active	active
IP protection rating	20	20
Dimensions	530x295x165 mm	530x295x165 mm
Weight	26 kg	26 kg
Added to E-Catalog	july 2021	july 2021

Output voltage accuracy (±)

The largest deviation from the nominal output voltage (230 V or 400 V, depending on the number of phases), which the regulator allows when operating in the normal input voltage range (see above). The smaller this deviation, the more efficiently the device works, the more accurately it adapts to “changes in the situation” and the less voltage fluctuations the connected load is exposed to.

When choosing for this parameter, it is worth considering first of all how demanding the connected devices are for voltage stability. On the one hand, high stability is good for any device, on the other hand, it usually means a high price. Accordingly, it usually does not make sense to buy an advanced stabilizer for an unpretentious load like light bulbs and heaters, but for sensitive devices like audio systems or computers, it can be very useful.