G6C-2 PCB Power Relays

Coil Ratings

1-Pole, Single-side Stable Type (Including models for ultrasonically cleanable)

Single-winding Latching Type (Including models for ultrasonically cleanable)

Double-winding Latching Type (Including models for ultrasonically cleanable)

Note:

1. The rated current and coil resistance are measured at a coil temperature of 23°C with a tolerance of ±10%.

2. The operating characteristics are measured at a coil temperature of 23°C.

3. The “Max. voltage” is the maximum voltage that can be applied to the relay coil.

Contact

Note:

The values shown in parentheses ( ) are for -FD models only.

Characteristics

Note:

The given values are initial values.

1. Measurement conditions: 5 VDC, 1 A, voltage drop method.

2. Testing conditions: measured with a 500 VDC megohmmeter (at 250 VDC between set/reset coil).

3. This value was measured at a switching frequency of 120 operations/min.

Dimensions

Note:

(mm)

Orientation marks are indicated as follows : ​

Flux Protection Model

Straight PCB
G6C-□117P (-FD) -US

​

Note:

Average value

Dimensions in pointed brackets < > are for the Relay mounted to Socket (-P6C).

Self-clinching PCB
G6C-□117C-US

​

Note:

Average value

PCB Mounting Holes
(BOTTOM VIEW)

Note: * Tolerance: ±0.1

Terminal Arrangement /
Internal Connections
（BOTTOM VIEW）

Note: * Check carefully
the coilpolarity of the Relay.

1-pole

​

2-pole

​

Fully Sealed Model

Straight PCB
G6C-□114P (-FD) -US

​

Note:

Average value

Dimensions in pointed brackets < > are for the Relay mounted to Socket (-P6C).

Self-clinching PCB
G6C-□114C-US

​

Note:

Average value

PCB Mounting Holes
(BOTTOM VIEW)

Note: * Tolerance: ±0.1

Terminal Arrangement /
Internal Connections
（BOTTOM VIEW）

Note: * Check carefully
the coilpolarity of the Relay.

1-pole

​

2-pole

​

Flux Protective - Single-winding Latching Model

Straight PCB
G6CU-□117P (-FD) -US

​

Note:

Average value

Dimensions in pointed brackets < > are for the Relay mounted to Socket (-P6C).

Self-clinching PCB
G6CU-□117C-US

​

Note:

Average value

PCB Mounting Holes
(BOTTOM VIEW)

Note: * Tolerance: ±0.1

Terminal Arrangement /
Internal Connections
（BOTTOM VIEW）

Note: * Check carefully
the coilpolarity of the Relay.

1-pole

​

2-pole

​

Fully Sealed - Single Latching Models

Straight PCB
G6CU-□114P (-FD) -US

​

Note:

Average value

Dimensions in pointed brackets < > are for the Relay mounted to Socket (-P6C).

Self-clinching PCB
G6CU-□114C-US

​

Note:

Average value

PCB Mounting Holes
(BOTTOM VIEW)

Note: * Tolerance: ±0.1

Terminal Arrangement /
Internal Connections
（BOTTOM VIEW）

Note: * Check carefully
the coilpolarity of the Relay.

1-pole

​

2-pole

​

Flux Protective - Double-winding Latching Model

Straight PCB
G6CK-□117P (-FD) -US

​

Note:

Average value

Dimensions in pointed brackets < > are for the Relay mounted to Socket (-P6C).

Self-clinching PCB
G6CK-□117C-US

​

Note:

Average value

PCB Mounting Holes
(BOTTOM VIEW)

Note: * Tolerance: ±0.1

Terminal Arrangement /
Internal Connections
（BOTTOM VIEW）

Note: * Check carefully
the coilpolarity of the Relay.

1-pole

​

2-pole

​

Fully Sealed - Double-winding Latching Model

Straight PCB
G6CK-□114P (-FD) -US

​

Note:

Average value

Dimensions in pointed brackets < > are for the Relay mounted to Socket (-P6C).

Self-clinching PCB
G6CK-□114C-US

​

Note:

Average value

PCB Mounting Holes
(BOTTOM VIEW)

Note: * Tolerance: ±0.1

Terminal Arrangement /
Internal Connections
（BOTTOM VIEW）

Note: * Check carefully
the coilpolarity of the Relay.

1-pole

​

2-pole

​

Connecting Sockets Dimensions

Socket for single-winding latching / single-side a table Models
P6C-06P

​

Note:

Average value

PCB Mounting Holes (BOTTOM VIEW)

Note: * Tolerance: ±0.1

​

Socket for double-winding latching Models
P6C-08P

​

Note:

Average value

PCB Mounting Holes (BOTTOM VIEW)

Note: * Tolerance: ±0.1

​

Removal Tool

P6B-Y1

​

Hold-down Clips

P6B-C2

​

Correct Use

Mounting

• Do not reverse the polarity of the coil (+, -).
• When mounting more than two relays side by side, keep the gap between Relays as shown below to ensure a good heat dissipation. It may result in malfunction if heat is not dissipated smoothly from the Relay.

​

Sockets

​

• When mounting the Relay, make sure to insert the Relay terminals perpendicularly and correctly into the socket contact pin.
• Hold-down clips (for mounting and removal) are also available.
• The P6C model has a flux-resistant construction. Do not wash it down with water.
• The max. carry current of sockets is 5A.

Double-winding Latching Circuit

• It is recommended to perform wiring of No.1 and No.2 of the negative (-) terminal as COM wiring, in order to improve the operation stability for Double-winding Latching.

​

Using SPDT contact of the SPST-NO+SPST-NC Relay

• Do not construct a circuit so that overcurrent and burning occur if the NO, NC and SPDT contacts are shortcircuited with the SPST-NO+SPST-NC Relay. Arcing may generate shortcircuiting between contacts if there is short-circuiting because of conversion to the MBB contact caused by asynchronous operation of the NO and NC contacts, the interval between the NO and NC contacts is small, or a large current is left open.

Other precautions

• This Relay is a Power Relay which is suitable for power load switching. Do not use the G6C for signal purposes such as micro load switching under 10 mA.