Compare OMRON G6K-RF relay ordering codes, coil and contact configurations using the linked manufacturer records. Each detailed model page preserves the full code, model-specific specifications and purchasing enquiry route.
Source review: Request this seriesReviewed contact arrangement configurations: DPDT (2c).
Reviewed nominal coil configurations: 12 VDC; 24 VDC; 3 VDC; 4.5 VDC; 5 VDC.
Reviewed relay function configurations: single-side stable; single-winding latching.
Reviewed terminals configurations: outside-L surface mount; through-hole PCB.
Reviewed enclosure configurations: fully sealed.
02 / APPLICATION GUIDANCE
Where this family may fit
Application examples are a screening aid. Final suitability depends on the exact suffix, load profile, temperature, life and approval requirements.
- RF test and communications signal routing after checking the frequency-specific insertion loss and isolation
- 50-ohm circuit screening using the specified PCB land pattern and actual test fixture
- BOM identification for the exact RF, RF-S, RF-T or RF-V branch
03 / SELECTION CHECKS
What to include in the RFQ
These fields prevent a base family name from being mistaken for an orderable part.
- Full manufacturer ordering code and every suffix
- Coil voltage, polarity and switching or latching drive
- Contact arrangement, switching load and electrical-life requirement
- PCB terminals, land pattern, enclosure and packing format
- Required quantity, destination, target date and documentation
04 / MODELS & VARIANTS
G6K-RF part numbers and specifications
Compare 35 detailed model records, then send your complete coil-voltage and option suffix. Related packing codes are listed on the corresponding electrical model page.
G6K-2F-RF DC3Nominal coil: 3 VDC; Contact arrangement: DPDT (2c); Relay function: single-side stableView sourced model →
G6K-2F-RF DC4.5Nominal coil: 4.5 VDC; Contact arrangement: DPDT (2c); Relay function: single-side stableView sourced model →
G6K-2F-RF DC5Nominal coil: 5 VDC; Contact arrangement: DPDT (2c); Relay function: single-side stableView sourced model →
G6K-2F-RF DC12Nominal coil: 12 VDC; Contact arrangement: DPDT (2c); Relay function: single-side stableView sourced model →
G6K-2F-RF DC24Nominal coil: 24 VDC; Contact arrangement: DPDT (2c); Relay function: single-side stableView sourced model →
G6KU-2F-RF DC3Nominal coil: 3 VDC; Contact arrangement: DPDT (2c); Relay function: single-winding latchingView sourced model →
G6KU-2F-RF DC4.5Nominal coil: 4.5 VDC; Contact arrangement: DPDT (2c); Relay function: single-winding latchingView sourced model →
G6KU-2F-RF DC5Nominal coil: 5 VDC; Contact arrangement: DPDT (2c); Relay function: single-winding latchingView sourced model →
G6KU-2F-RF DC12Nominal coil: 12 VDC; Contact arrangement: DPDT (2c); Relay function: single-winding latchingView sourced model →
G6KU-2F-RF DC24Nominal coil: 24 VDC; Contact arrangement: DPDT (2c); Relay function: single-winding latchingView sourced model →
G6K-2F-RF-S DC3Nominal coil: 3 VDC; Contact arrangement: DPDT (2c); Relay function: single-side stableView sourced model →
G6K-2F-RF-S DC4.5Nominal coil: 4.5 VDC; Contact arrangement: DPDT (2c); Relay function: single-side stableView sourced model →
G6K-2F-RF-S DC5Nominal coil: 5 VDC; Contact arrangement: DPDT (2c); Relay function: single-side stableView sourced model →
G6K-2F-RF-S DC12Nominal coil: 12 VDC; Contact arrangement: DPDT (2c); Relay function: single-side stableView sourced model →
G6K-2F-RF-S DC24Nominal coil: 24 VDC; Contact arrangement: DPDT (2c); Relay function: single-side stableView sourced model →
G6KU-2F-RF-S DC3Nominal coil: 3 VDC; Contact arrangement: DPDT (2c); Relay function: single-winding latchingView sourced model →
G6KU-2F-RF-S DC4.5Nominal coil: 4.5 VDC; Contact arrangement: DPDT (2c); Relay function: single-winding latchingView sourced model →
G6KU-2F-RF-S DC5Nominal coil: 5 VDC; Contact arrangement: DPDT (2c); Relay function: single-winding latchingView sourced model →
G6KU-2F-RF-S DC12Nominal coil: 12 VDC; Contact arrangement: DPDT (2c); Relay function: single-winding latchingView sourced model →
G6KU-2F-RF-S DC24Nominal coil: 24 VDC; Contact arrangement: DPDT (2c); Relay function: single-winding latchingView sourced model →
G6K-2F-RF-T DC3Nominal coil: 3 VDC; Contact arrangement: DPDT (2c); Relay function: single-side stableView sourced model →
G6K-2F-RF-T DC4.5Nominal coil: 4.5 VDC; Contact arrangement: DPDT (2c); Relay function: single-side stableView sourced model →
G6K-2F-RF-T DC5Nominal coil: 5 VDC; Contact arrangement: DPDT (2c); Relay function: single-side stableView sourced model →
G6K-2F-RF-T DC12Nominal coil: 12 VDC; Contact arrangement: DPDT (2c); Relay function: single-side stableView sourced model →
G6K-2F-RF-T DC24Nominal coil: 24 VDC; Contact arrangement: DPDT (2c); Relay function: single-side stableView sourced model →
G6KU-2F-RF-T DC3Nominal coil: 3 VDC; Contact arrangement: DPDT (2c); Relay function: single-winding latchingView sourced model →
G6KU-2F-RF-T DC4.5Nominal coil: 4.5 VDC; Contact arrangement: DPDT (2c); Relay function: single-winding latchingView sourced model →
G6KU-2F-RF-T DC5Nominal coil: 5 VDC; Contact arrangement: DPDT (2c); Relay function: single-winding latchingView sourced model →
G6KU-2F-RF-T DC12Nominal coil: 12 VDC; Contact arrangement: DPDT (2c); Relay function: single-winding latchingView sourced model →
G6KU-2F-RF-T DC24Nominal coil: 24 VDC; Contact arrangement: DPDT (2c); Relay function: single-winding latchingView sourced model →
G6K-2P-RF DC3Nominal coil: 3 VDC; Contact arrangement: DPDT (2c); Relay function: single-side stableView sourced model →
G6K-2P-RF DC4.5Nominal coil: 4.5 VDC; Contact arrangement: DPDT (2c); Relay function: single-side stableView sourced model →
G6K-2P-RF DC5Nominal coil: 5 VDC; Contact arrangement: DPDT (2c); Relay function: single-side stableView sourced model →
G6K-2P-RF DC12Nominal coil: 12 VDC; Contact arrangement: DPDT (2c); Relay function: single-side stableView sourced model →
G6K-2P-RF DC24Nominal coil: 24 VDC; Contact arrangement: DPDT (2c); Relay function: single-side stableView sourced model →
Check the source before selection.
Manufacturer pages and specifications remain controlling for technical selection. MZZ rechecks the current document when quoting.
Availability is checked per request.