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Frequency inverter OPTIDRIVE E3
Frequency inverter E3 11kW 3Ph-400V IP66
In: 3Ph-380...480V / Out: 3Ph-380...480V
Item No. 4512.0107
Features
- Innovative technology, reliability, robustness, and user-friendliness in compact IP20 & IP66 housings.
- Easy commissioning
- Intuitive keypad control
- Internal EMC filter of category C1 (can be disabled via a screw on the side)
- Sensorless vector control for
- Induction motors (IM) IE2...IE5
- Permanent magnet motors (PM)
- Brushless DC motors (BLDC)
- Synrm motors (SynRM)
- Line-start PM motors (LSPM)
- Overload capacity of 150% for 60 seconds / 175% for 2.5 seconds
Versions
| Item No. | Manufacturer ID | Delivery Time | Stock | Quantities / Prices |
|---|---|---|---|---|
| 4512.0107 | ODE-3-340240-3F4B | 1 day(s) | 1 |
Technical Features
Series Specifications
performance class
0.37...37kW
Supply voltage 1-phase
200...240V
Supply voltage 3Ph
380...480V
Protection class
IP20 and IP66
Internal EMC filter of category C1
Yes
Individual Parameters
Product line
E3
Performance
11 Kw
Input voltage
380...480 V
EMV filter
Yes
brake transistor
Yes
degree of protection
IP66
Output current
24 A
Input current
27.5 A
Control panel
Yes
Main switch
Yes
Potentiometer
Yes
Construction size
3
Weight
7.6 kg
Dimensions
310x211x235 mm
Manufacturer
Invertek Drives Ltd., Offas Dyke Business Park, UK - SY21 8JF Welshpool
Downloads
Downloads for the Series
Optidrive E3 Quick-StartOptidrive E3 brochure
Optidrive E3 IP20 User Manual
Optidrive E3 IP66 Operating Manual
Important information
- These frequency inverters are high-quality devices equipped with the latest technology and top features. The frequency inverters can be easily programmed for the desired applications via the control panel.
- Please note that connection and programming must only be performed by well-trained personnel.
- The manual must be read before connection and commissioning.
- All VDE and especially EMC regulations must be observed during connection.
Inverters with an EMC filter typically generate a higher leakage current to ground (earth). In applications where a fault shutdown can occur, the EMC filter can be disconnected by completely removing the EMC screw from the product.
Follow the procedure as shown (see also image under "Further Views and Drawings):
The Optidrive product range includes overvoltage protection components for the input supply voltage to protect the inverter against disturbance impulses from the supply voltage, which are typically caused by lightning strikes or switching operations of high-power devices on the same supply. With a HiPot test (Flash) in installations with inverters, the overvoltage protection components can cause the test to fail. To adapt this system type for the HiPot test, the overvoltage protection components can be disconnected by removing the VAR screw. After completing the HiPot test, the screw should be reinserted, and the HiPot test should be repeated. The test should then fail, indicating that the overvoltage protection components are again in the circuit.