38.61.7.024.0050 FINDER, 38.61.7.024.0050 Datasheet - Page 8

• Manufacturer Part Number: 38.61.7.024.0050
• Description: RELAY, SCREWLESS, 6A, 24VDC
• Manufacturer: FINDER

Specifications of 38.61.7.024.0050

• Coil Voltage Vdc Nom: 24V
• Contact Current Max: 10A
• Contact Voltage Ac Nom: 250V
• Coil Resistance: 3.35kohm
• Average Power Consumption: 300mW
• Relay Mounting: DIN Rail
• External Width: 6.2mm
• External: RoHS Compliant
• Contact Configuration: SPCO
• Rohs Compliant: Yes

38
Input data - Leakage current suppression types
122
Technical data
Input specification
Input data - AC/DC
(*) Rated coil consumption and power consumption values relate to
230...240
110...125
Other data
Power lost to the environment
Wire strip length
Max. wire size
110…125 AC/DC 3.125
230…240 AC
Nominal
voltage
U
Nominal
Screw torque
U
voltage
V
N
N
U
= 125 and 240 V.
V
N
Supply
0.125
0.240
code
Supply Operating range Release Rated coil Power
3.240
code
U
Operating range
184
U
184
94
88
min
V
V
min
U
138
264
without output current
with rated current
max
V
U
138
264
max
V
voltage consumption consumption
44
72
U
Release
voltage
38 Series - Relay interface modules 0.1 - 2 - 6 - 8 A
45
90
U
V
I at U
8(*)
5.6(*)
mA
N
Solid State Relay
Control
I at U
current
P at U
mA
1(*)
0.5(*)
5
4.5
W
N
N
AWG 1x14 / 2x16
mm
Nm 0.5
mm 10
W 0.17
W 0.4
Input data - DC
The 38 Series interface modules (supply version 3) have built-in leakage
current suppression to address industry concerns of the contacts not
dropping-out when there is residual current in the circuit; at (110...125)V
AC and (230...240)V AC.
This problem can occur, for example, when connecting the interface
modules to PLC‚s with triac outputs or when connecting via relatively long
cables.
2
Nominal
voltage
38.81
solid cable
1x2.5 / 2x1.5 1x2.5 / 2x1.5 1x2.5
U
24
60
V
6
N
Supply
7.006
7.024
7.060
code
stranded cable solid cable
1x14 / 2x16
Operating range
16.8
35.6
U
V
5
min
38.91
10
—
1x14
30
72
U
7.2
max
V
Release
voltage
10
20
2.4
U
V
stranded cable
1x2.5
1x14
Control
current
I at U
10.5
mA
7
6.5
N