Image similar
Image similar
FESTO Magnet coil 8030811 VACF-B-C1-1 24 V DC Circuit diagram 1 pc(s)
EAN:
Part number:
Item no:
Datasheet (PDF)
Quantity (Piece(s))
Savings
Package size (plus VAT.)
1
-
€ 13.44
3
6% = € 0.74
€ 12.70
Volume discounts vary depending on the seller
You save € 0.00
Number
Total (€ 13.44 / piece)
€ 13.44
plus VAT.
14-day return policy included
Highlights & Details
Technical specifications
- Coil characteristics: 24 V/DC: 3.3 W
- Material: copper, steel, thermoplastic solenoid
- Product type
Magnet coil
- Operating voltage
24 V DC
- Enclosure material
PA
Steel
- Connection
Circuit diagram
- Media temperature (range)
-20 up to +50 °C
- Manufacturer part #
8030811
- Type
Electrical connection: connection Image Form C
- Max. media temperature
+50 °C
- Media temperature (min.)
-20 °C
IP65
- Max. ambient temperature
+50 °C
- Min. ambient temperature
-20 °C
- UKCA
not relevant
Documents & Downloads
Datasheet
Datasheet 2124732 FESTO Magnet coil 8030811 VACF-B-C1-1 24 V DC Circuit diagram 1 pc(s)
User & Safety Instructions
User & Safety Instructions 2124732 FESTO Magnet coil 8030811 VACF-B-C1-1 24 V DC Circuit diagram 1 pc(s)
Information
Information 2124732 FESTO Magnet coil 8030811 VACF-B-C1-1 24 V DC Circuit diagram 1 pc(s)
Description
· According to VDE specifications 0580 with the insulation class H
· Without intervention in the pneumatic circuit can be changed
VACF solenoid-B-C1-1 Connection Diagram Form C, according to EN 175 301, 24 V DC. Installation position=any, switch-on duration = 100%, insulation class=H, coil characteristics = 24 V DC: 3.3 W, permissible voltage fluctuations = +/- 10%
This text is machine translated.
· Without intervention in the pneumatic circuit can be changed
VACF solenoid-B-C1-1 Connection Diagram Form C, according to EN 175 301, 24 V DC. Installation position=any, switch-on duration = 100%, insulation class=H, coil characteristics = 24 V DC: 3.3 W, permissible voltage fluctuations = +/- 10%
This text is machine translated.
Hints
The kv factor indicates the volume flow through a valve, measured in litres/min at 1 bar and at a water temperature between 5 and 30°C. The QNn factor indicates the gas volume flow, measured in litres/min