Weidmüller 1218390000-1 RCIKITZ 24VDC 2CO LD/FG Positively Driven Relay Coupler
EAN:
Part number:
Item no:
Product type
Relay component
Contact type
2 change-overs
Nominal voltage
24 V DC
Switching voltage (max.)
250 V AC
250 V DC
Switching current (max.)
6 A
Datasheet (PDF)
Number
Total (€ 43.69 / piece)
€ 43.69
plus VAT.
Technical specifications
- Status indicator: Green LED
- Switch-on delay: ≤ 12 ms
- Switch-off delay: ≤ 6 ms
- min Switching capacity: 1 mA at 24 V, 10 mA at 10 V, 100 mA at 5 V.
- Max. Switching frequency at nominal load 0.1 Hz
- Mounting rail TS 35
- Test button: No.
- Mechanical switch position indicator: No.
- Over voltage category III
- Pollution level: 2
- Voltage strength input - output: 2.5 kVeff / 1 min.
- Wire stripping length rated connection: 8 mm
- Clamping range, rated connection 1.5 mm²
- Clamping range, min. 0.5 mm²
- Clamping range, max. 1.5 mm²
- Blade size 0.4 x 2.5 mm
- Product type
Relay component
- Type
RCIKITZ 24VDC 2CO LD/FG
- Connection
Pull spring
- Factory colour
Black
- Max. pick-up voltage
18 V DC
- Contact type
2 change-overs
- Contact material
AgCuNi
- Nominal voltage
24 V DC
- Switching voltage (max.)
250 V AC
250 V DC
- Switching current (max.)
6 A
- Max. switching capacity
1500 VA
144 W
- Durability
50 x 10 6 circuits
- Creepage distance (coil/clips)
10 mm
- Resistance (coil)
720 Ω
IP20
- Max. temperature
70 °C
- Min. temperature
-40 °C
- Length
63.8 mm
- Width
16 mm
- Height
98.1 mm
- Dim
(L x W x H) 63.8 x 16 x 98.1 mm
- Content
1 pc(s)
- Weight
67 g
- Nominal voltage (details)
24 V DC
- Switching voltage
250 V AC
- Switching current
6 A
- Type
RCIKITZ 24VDC 2CO LD/FG
- Connection
Tension spring 0.5 to 1.5 mm²
Documents & Downloads
Datasheet
Datasheet 506786 Weidmüller 1218390000-1 RCIKITZ 24VDC 2CO LD/FG Positively Driven Relay Coupler
Description
Coupling relays with positively driven contacts for monitoring signals in safety circuits. With a level of diagnostic coverage of 99 %, relays with positively driven contacts are one of many proven components in security technology. By locking the contacts, you can ensure synchronous switching states on both contacts. This ensures that in the event of an error (for example an overload when soldering the NO contact), the signalling contact retains the same switching state.