{{#each product.specData:i}}
**{{name}}**: {{value}}
{{#i!=(product.specData.length-1)}}

{{/end}}
{{/each}}

{{{product.idpText}}}

{{#each product.specData:i}}
**{{name}}**: {{value}}
{{#i!=(product.specData.length-1)}}

{{/end}}
{{/each}}

{{{product.idpText}}}

**Current**: 0 A**Voltage**: 0 V

The DKLL-3 gas is a **choke** that is capable of current compensation. Its **choke** handles 3 **phases**. It features THT terminals and a flange to enable mounting onto printed circuit boards. ...

**Current**: 0.5 A - 15 A**Voltage**: 0 V - 440 V

Description
Current compensated **choke**
1- or 3-**phase** **choke**
THT terminals or wire leads
Flange for mounting onto printed circuit board
Fully potted resign
Standards
- EN 60938
- UL 1283
- CSA 22.2 no 8

**Voltage**: 380 V - 400 V

... 10%-90%
Anti-pollution: 3 class
Anti-salt-mist degree: salinity 0.1mg/m³
Standard: IEC289:1987 **choke**, GB10229-88 **choke**(eqv IEC289:1987),JB9644-1999 **choke** for electrical transmission ...

**Current**: 10 A - 2000 A**Voltage**: 0 V - 1000 V

... of power supply when the inductor reaches a certain amount.
Characteristic:
Capacity: 0.75KVA-1000KVA
**Phase** type: single **phase** / **three phase**
System voltage:normally 0.4KV,less ...

**Current**: 16 A - 50 A

... designed for inductance, frequency, RMS value of the current (instantaneous RMS value peaks) , voltage level, and AC or DC **choke**. If DC, the value and frequency of the AC component are needed. It features a safe construction ...

**Current**: 2 A - 110 A

**Three**-**phase** output **choke**
Current ratings 2 – 110 A
Recommended for frequency inverters with short motor cabeles
Reduction of dV/dt-peaks (voltage peaks)
Emissions to other cables ...

**Current**: 124 A - 330 A

Current ratings 124 - 330 A Reduction of dV/dt-Values (voltage peaks) Recommended for inverters with short motor cable Increases the lifetime of motors driven by inverters

**Current**: 400 A - 2300 A

Current ratings 400 - 2300 A Reduction of dV/dt-Values (voltage peaks) Recommended for inverters with short motor cable Increases the lifetime of motors driven by inverters

**Current**: 10 A - 280 A**Voltage**: 500 V

**Three phase** **choke**
Common mode impedance
Rated currents from 10 - 280A
Nominal voltage 500 Vac
High impedance
Reduces high frequency interference (PWM)
Cable/ screw connections available

**Current**: 3 A - 1200 A

Applications: Mains/Line **choke**, commutation **choke** (current conduction between thyristors) for fast-switching semi conductors, PFC **choke** (Power Factor Correction).
Benefits:
-compact ...

**Current**: 10 A - 280 A**Voltage**: 500 V

**Three phase** **choke**
Common mode impedance
Rated currents from 10 - 280A
Nominal voltage 500Vac
High impedance
Reduce high frequency interference (PWM)
Available in cable or screw mounting

**Current**: 10 A - 200 A**Voltage**: 600 V

Common mode impedance Rated currents from 10 - 200A Nominal voltage 600Vac Low impedance Reduce dV/dt from inverter - motor Long motor life

**Current**: 1 A - 2100 A**Voltage**: 230 V - 690 V

Single or **three**-**phase**
Voltage 230 V...690 V
Rated currents from 1...2.100 A
Short Circuit Voltage 2%, 4%

**Current**: 1 A - 460 A**Voltage**: 0 V - 528 V

For **three**-**phase** lines
Up to 528 Vac sinus rated
Rated currents from 1...460 A
Up to 3,000 or 12,000 rpm
Higher engine speeds on request

**Three**-**phase** filter **chokes** to VDE 0570 / EN61558 and IEC 76
frequency 50 Hz
rated voltage 400V
type of cooling AN
base bracket mounting
terminal blocks or cable lug
...

To prevent ferroresonance voltage transformers To be connected with the protection winding Suppress upper and lower harmonics Equipped with coil and resistance Assembled in solid stealcase housing 222x190x229mm Different models for differen Burden

Features and Applications
- AC **three**-**phase** filters used in all grid-tied inverter systems to
protect environment from electromagnetic pollution
- Prevention of the electromagnetic interference of ...

... Small losses and small size and weight in relation to capacity are typical features for output reactors.
KEY FEATURES
**Three phase** reactors:
Power range: 11-250 Ws
Inductance tolerance: 0%+10%
Insulation class: Standard ...