Motor Protection Electronics, Inc. - Item # 030-120-118, Intrinsically Safe Relay (ISR)

Call Us:  407-299-3825 • Email Us: info@mpelectronics.com

HomeAbout UsNews/EventsWhite PapersDistributorsMembership AffiliationsMPE Controllers to SCADAWarrantyRepresentativesMonthly SpecialContact Us
     
 Search Catalog
      GO   
 All Categories    Intrinsically Safe Relay (ISR)
If you don't find what you are looking for, please call MPE at 407-299-3825.
All Categories > Instrinsically Safe Controls > Intrinsically Safe Relay (ISR) > Item # 030-120-118  
Request Information

Item # 030-120-118 Intrinsically Safe Relay (ISR)




    Print Printable Page  
    Email Email This Page  
    Save To Favorites Save To Favorites
  


Intrinsically Safe Relay (ISR)
The Intrinsically Safe Relay ISR provides a safe and reliable method of load control when interfaced with a contact closure in a hazardous location. When the control switch input is closed between pins 1 and 8, the output relay becomes energized, and the LED is illuminated. When the control switch input is open, the output relay is de-energized, and the LED is turned off. It provides intrinsically safe circuits for use in Class I, Groups A, B, C, D Class II, Groups E, F, G and Class III - Hazardous Locations. The socket is included with the Intrinsically Safe Relay.


Product Image - Instrinsically Safe Relay

larger image

Dimensional Drawing

larger image


 Specifications  UL Control Drawing  

UL File No.

#E189808

Operating Voltage (AC)

120 V

Operating Voltage Tolerance

± 10%

Relay Type

SPST

Base Terminal Configuration

8 Pin, Round

Socket Terminal Configuration

8 Pin, Din Rail Mount with Special Locking Tab

Supply Frequency

50/60 Hz

Agency Approval

UL 913

Output Current

10 A

Power Consumption

1.25 VA

Operating Temperature

-20 to +60 °C

Storage Temperature

-45 to +85 °C

Enclosure Material

Polycarbonate Plastic

Base Material

Phenolic

 DOWNLOADS 

 width= Product Datasheet - MPE-ISR
(PDF, 268KB)

 width= MPE-ISR-Specification
(DOC, 19KB)


Request Information