CUBE RELAY, DIPSWITCH ADJUSTMENT
TGCB-E Timers
Timing Mode | Delay on Make
Category | Timer with Relay
Series | TGCB-E
TGCB-E timers with dipswitch adjustment offer precise timing accuracy in a compact 2.5" x 2.5" encapsulated configuration.
Three time ranges are available: 0.1 to 102.3 seconds, 1 to 1023 seconds and 10 to 10230 seconds. Available with relay output ratings of 6, 10 and 20 amps.
Our advanced circuitry provides this timing module with unsurpassed accuracy and reliability. The TGCB-E relay common is internally connected to (+) or hot.
Timing Mode
Application of input voltage to the timer starts the time delay. At the end of the delay period, the load is energized. To reset, remove the input voltage to the timer.
- Precise timing accuracy in three ranges:
0.10 to 102.3 seconds in 0.1-second increments
1 to 1023 seconds in 1-second increments
10 to 10230 seconds in 10-second increments
- Easy to program with 10-position binary dipswitch
- Easy to install with one #8 screw, ¼" quick connects
- Relay output ratings from 6-20 amps
- No leakage in N.O. position
- No heat sinking required
- 100% Load isolation
- Transient and polarity protected
- No minimum load required
- Totally encapsulated for protection from harsh environments
- 0.5% Repeat accuracy
- 100% Operational testing before shipping

- RoHS compliance available
- Input Voltage
+20% / -10%
VDC: 12 or 24
VAC: 12, 24, 120, 230, 50/60Hz
- Time Delay
Timing Mode: Delay on Make
Type: Digital CMOS
Time Range: 0.1 to 102.3 seconds, 1.0 to 1023 seconds, 10 to 10230 seconds
- Repeatability
±0.5%
- Setting Accuracy
±5% or 50 milliseconds, whichever is greater
- Reset Time
50 milliseconds
- Relay Life Expectancy
Mechanical: Up to 10million operations
Electrical: 100,000 operations at max. load
- Protection
Polarity Protection: All DC units have reverse polarity protection
Transient Protection: 18 joules
Dielectric Strength: 1800V RMS 60Hz
- Temperature Ranges
Storage: -40°C to +85°C
Operating: -25°C to +65°C
- Time Adjustment
To set a time period, simply add up the switches in the on position for the total delay in seconds