TE Connectivity

4-1415542-3

4-1415542-3
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Additional Information

Part Number
4-1415542-3

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
16.51 mm [ .65 in ]
Length Class (Mechanical)
50 – 60 mm
Insulation Clearance Class
5 – 8 mm
Width Class (Mechanical)
16 – 20 mm
Insulation Clearance Between Contact and Coil
5.5 mm [ .217 in ]
Height Class (Mechanical)
16 – 20 mm
Length
55 mm [ 2.167 in ]
Height
16.5 mm [ .65 in ]

Mechanical Attachment

Mounting Type
Printed Circuit Board

Usage Conditions

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

Contact Features

Terminal Type
PCB-THT
Contact Material
AgSnO2
Contact Current Class
5 – 10 A
Contact Special Features
Force Guided Contacts
Contact Arrangement
4 Form A (NO) + 2 Form B (NC)
Contact Current Rating (A)
8
Contact Plating Material
Gold Flash
Contact Number of Poles
6

Body Features

Weight
30 g [ 1.058 oz ]

Product Type Features

Product Type
Relay
Relay Type
Force Guided Relay SR6 A/B/C/V

Electrical Characteristics

Contact Limiting Short-Time Current (A)
8
Insulation Creepage Class
3 – 5.5 mm
Coil Current
161.29
Coil Power Rating Class (mW)
800 – 1000
Coil Magnetic System
Monostable, DC
Contact Limiting Continuous Current (A)
8
Coil Resistance (Ω)
31
Contact Switching Load (Min)
10mA @ 5V
Insulation Initial Dielectric Between Coil/Contact Class
3500 – 4000 V
Contact Switching Voltage (Max) (VAC)
400
Coil Power Rating (DC) (mW)
806
Coil Voltage Rating (VDC)
5
Contact Voltage Rating (VAC)
250
Contact Limiting Making Current (A)
8
Insulation Creepage Between Contact and Coil
5.5 mm [ .217 in ]
Insulation Initial Dielectric Between Contacts and Coil (Vrms)
4000
Insulation Initial Dielectric Between Open Contacts (Vrms)
1500
Insulation Initial Dielectric Between Adjacent Contacts (Vrms)
3000
Contact Limiting Breaking Current (A)
8