Phoenix Contact 1681994 SAC-3P-M 8MS/0,6-PUR/M 8FR-2L Sensor / Actuator Cable
EAN:
Part number:
Item no:
Product type
Sensor/actuator connector (pre-fab)
Connector type
Plug, straight
Socket, straight
Connector standard
Sensor connector
Connection side A
M8 socket, right angle
Connection side B
M8 socket, right angle
Datasheet (PDF)
97 Piece(s)
Sales and shipping:
Quantity (Piece(s))
Savings
Package size (plus VAT.)
1
-
€ 17.64
3
5% = € 0.88
€ 16.76
Volume discounts vary depending on the seller
You save € 0.00
Number
Total (€ 17.64 / piece)
€ 21.00
-16 %
€
Technical specifications
- Length: 0.6 m
- Type
SAC-3P-M 8MS/0,6-PUR/M 8FR-2L
- Product type
Sensor/actuator connector (pre-fab)
- Connector type
Plug, straight
Socket, straight
- Connector standard
Sensor connector
- Connection side A
M8 socket, right angle
- Connection side B
M8 socket, right angle
- No. of pins
3
- Cable length
0.60 m
- Jacket material
PUR
- Nominal voltage
24 V
- Nominal current
4 A
- Nominal current - rounded value
4 A
- Outside Ø
1.17 mm
- Cross-section (sensor/actuator wiring)
0.25 mm²
- Thread type connection side
M8
- Cable colour
Black
- Coding
A
IP65/IP68/IP69K
- Min. temperature
-40 °C
- Max. temperature
+80 °C
- Manufacturer part #
1681994
- Content
1 pc(s)
- Type
M8-socket, angled, 2 LED / M8-plug
- Core layout
32 x 0.10 mm
- Nominal voltage (details)
24 V
- Nominal current (details)
3 A
- Connection
-
- Cable diameter (details)
4.4 mm
- Temperature range
Fixed laying -40 - +80 °C
Documents & Downloads
Datasheet
Datasheet 748539 Phoenix Contact 1681994 SAC-3P-M 8MS/0,6-PUR/M 8FR-2L Sensor / Actuator Cable
User & Safety Instructions
User & Safety Instructions 748539 Phoenix Contact 1681994 SAC-3P-M 8MS/0,6-PUR/M 8FR-2L Sensor / Actuator Cable
Description
Phoenix Contact has expanded the sensor/actor product programme for mechanical and plant engineering. Completely fabricated lines in 3- to 17-pin design are available. The M8-product programme is completed. 3 to 5-pin conductors in unshielded design are available, so that an easy mounting is possible even in narrow spaces.