SR4M4009
  • Get up to 90 days payment terms from 500+ suppliers
  • Reselling discounts up to 40%!
Sign-Up
Send request for price
1
Payment methods:
Request a Quote and we will send you information on availability and price.

Additional Information

Part Number
SR4M4009

Other

Comment
Well suited for emergency shut-off, machine control, elevator and escalator control, light barrier control

Packaging Features

Packaging Method
Tube, Tube/Box

Dimensions

Width
13 mm [ .512 in ]
Insulation Clearance Class
>8mm
Width Class (Mechanical)
12 – 16 mm
Height
16.5 mm [ .65 in ]
Length Class (Mechanical)
35 – 40 mm
Length
40 mm [ 1.575 in ]
Insulation Clearance Between Contact and Coil
10 mm [ .394 in ]
Height Class (Mechanical)
16 – 20 mm

Mechanical Attachment

Mounting Type
Printed Circuit Board

Usage Conditions

Environmental Ambient Temperature (Max)
70 °C [ 158 °F ]
Environmental Ambient Temperature Class
-25 – 70°C
Environmental Category of Protection
RTIII

Contact Features

Contact Current Class
5 – 10 A
Contact Material
AgSnO2
Contact Current Rating (A)
8
Contact Special Features
Force Guided Contacts
Terminal Type
PCB-THT
Contact Arrangement
3 Form A (NO) + 1 Form B (NC)
Contact Number of Poles
4

Body Features

Weight
30 g [ 1.058 oz ]

Product Type Features

Relay Type
Force Guided Relay SR4 D/M
Product Type
Relay

Electrical Characteristics

Coil Current
89.109
Contact Limiting Short-Time Current (A)
8
Contact Limiting Breaking Current (A)
8
Coil Resistance (Ω)
101
Coil Power Rating (DC) (mW)
802
Contact Voltage Rating (VAC)
250
Coil Voltage Rating (VDC)
9
Insulation Initial Dielectric Between Coil/Contact Class
3500 – 4000 V
Contact Switching Load (Min)
10mA @ 5V
Coil Power Rating Class (mW)
800 – 1000
Contact Switching Voltage (Max) (VAC)
400
Insulation Creepage Between Contact and Coil
10 mm [ .394 in ]
Contact Limiting Making Current (A)
8
Insulation Creepage Class
>8mm
Insulation Initial Dielectric Between Contacts and Coil (Vrms)
4000
Coil Magnetic System
Monostable, DC
Insulation Initial Dielectric Between Open Contacts (Vrms)
1500
Insulation Initial Dielectric Between Adjacent Contacts (Vrms)
2500
Contact Limiting Continuous Current (A)
8