Automation


Switchgear

 

Safety Technology

 

Commanding and Signalling

 

Control, Display and Operate

 

Switching and Protecting Motors

 

 

xStart

 

 

SmartWire

 

 

Contactors 3-pole

 

 

 

Up to 170A

 

 

 

185 A up to 2000 A

 

 

 

AC and DC contactors

 

 

 

lamp loads

 

 

 

with electronic actuation

 

 

 

Motor filters

 

 

Contactors 4-pole

 

 

Contactor Relays

 

 

Contactor Monitoring Relay

 

 

Mini contactor relays

 

 

Motor-protective relays

 

 

Motor-protective circuit-breakers

 

 

Motor starters

 

 

Compact starters, High-capacity compact starters

 

 

Busbar system

 

 

Drives

 

 

Decentralized drive engineering

 

 

Small enclosures

 

Switching and Protecting High Power


Darwin Technology


Insulated Distribution Boards


Home > Industry > Switchgear > Switching and Protecting Motors > Contactors 3-pole > lamp loads

 

DIL L – safe switching of lamp loads

DIL L for lamp loads The Xstart series has been extended by an additional device the contactor DIL L for lighting loads. The DIL L has been developed on the basis of the contactor DIL M and has been optimised for switching lamps.

The high switching capacity masters the inrush currents associated with all kinds of lamps.
The box terminal enables the connection of larger conductor cross-sections in order to facilitate long distances.
 

Base units 3-pole
AC
24 V 50 Hz,
230 V 50 Hz 240 V 60 Hz,
400 V 50 Hz 440 V 60 Hz
Part no.
Complement with above voltages
 
DILL12(...) DILL18(...) DILL20(...)
Rated operational current Ie
AC1, conventional free air thermal current at 40° C
380 V, 400 V
A
27
40
45
Lighting load
 
 
 
Filament lamp
A
14
21
27
Hybrid lamps
A
12
16
23
Fluorescent lamps
 
 
 
 
– Conventional choke-starter circuit
A
20
26
35
– Duo circuit
(series compensation)
A
20
26
35
Electronic upstream device
A
12
18
20
High-pressure mercury-arc lamps
A
12
18
20
Halogen metal vapour lamp
A
12
18
20
Sodium metal vapour arc lamps
A
12
18
20
Low-pressure sodium lamps
A
7,5
10
12
Maximum permissible compensation capacity
µF
470
470
470

 



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