Solenoid coil Type Ex 1380/1381 for Explosive Environments ATEX
Solenoid coil Type Ex 1380/1381 for Explosive Environments ATEX - Image 2
Solenoid coil Type Ex 1380/1381 for Explosive Environments ATEX - Image 3
Solenoid coils (Electromagnets)

Solenoid coil Type Ex 1380/1381 for Explosive Environments ATEX

108.00 €

Type 1380/1381 explosion-proof solenoids (coils) are designed for operation in potentially explosive atmospheres in accordance with ATEX Directive 2014/34/EU for solenoid valves (electromagnetic valves) operating in ATEX environments.

Body material – Heat-reactive plastic

Permanently connected (capsulated) 1.5 m power cable

Class of protection – IP65 EN 60529

Work duration (Duty factor) – ED100%

Safety Code: Ex mb IIC T4 Gb; Ex mD 21 T130°C

Ambient temperature: from (-) 20 to (+) 50°C

Solenoid coils Type 1380/1381 have built-in thermal safety fuse for explosion protection in encapsulation type “mb”. For applications in explosive dust environments, the design is considered to be protected from penetration “tb”

Normal supply voltage tolerance not exceeding ±5%; maximum tolerance ±10%.

Type № Coil voltage
(V)		 Current
(A)		 Power
1380 12 DC 1,75 21W
1380 24 DC 0,88 21W
1381 24 AC 0,16 18VA
1381 220 AC 0,08 18VA

Technical passport Coil Ex 1380/1381

EU DECLARATION of CONFORMITY EN

Solenoid coil Type Ex 1380/1381 can be equipped with almost all solenoid valves (electromagnetic valves) produced by ZITA, so that they can be used for operation in potentially explosive environments.

 

SKU:1380-1381

 

 

All solenoid coil type Ex 1380/1381 are designed and produced in accordance with international and European standards for operation in ATEX environments:

IEC 60079-0:2017 Explosive atmospheres – Part 0: Equipment – General requirements;

IEC 60079-18:2017 Explosive atmospheres – Part 18: Protection by encapsulation “m”;

IEC 60079-31:2013 Explosive atmospheres – Part 31: Equipment dust ignition protection by enclosure “t”.

Advantages in the production and encapsulation of Type 1380/1381 electromagnets for ATEX environments:

  • Extremely low water absorption of the capsulating material;
  • Extremely resistant to destruction;
  • Resistance to various weather conditions;
  • While capsulating the coil, all kinds of voids are prevented and the thickness of the casting walls is increased;
  • The stress of the internal components is limited or reduced;
  • The clearance between parts under tension is increased.

 

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