Sale!

Solid-State Relays For Intrinsic Safety Up To 5A Max.

Original price was: $312.11.Current price is: $97.99.

Rapid, Arc-Free Response for Positive, Non-Mechanical Operation
Solid-State Reliability to Insure Consistent Performance
Low-Power Switching where a Few Milliamps of Current Control High-Power Loads
Completely Encapsulated Construction Impervious to Dust, Moisture or Foreign Material

SKU: SBG25873A Categories: Control & Monitoring, Relays, Solid State Relays Tag: Omega Engineering

100% Quality Satisfaction
Uncompromising quality, every time.
Quality You Can Trust
Your questions, our prompt answers.

Solid-State Relay:
Less than 100 microamps at 14 Vdc actuates the unit to control ac loads to 5 amps at 120 Vac. Resistive (up to 400,000 ohms) or short-circuiting sensors operate the unit. 115 Vac and 230 Vac models.

Latching Solid-State Relay:
Momentary actuation, “start-stop” or differential control switching for resistive loads to 0.3 amps, 115 Vac model. OMEGA™ solid-state relays for intrinsic safety allow non-voltage producing switches mounted in the hazardous area to safely control higher power ac loads in the nonhazardous area. Typical applications include flow, level and pressure switches which may be inputs to an alarm or control system.

Model No.	Description	Line & Load Voltage Range	Load Current Max	Turn-On Sensitivity (Typical)	Turn-Off Sensitivity (Typical)	Voltage Loss	Operating Temperature Range	Output Leakage Current Max.	Switching Operation
SBG22445A	SSR for Intrinsic Safety	95 to 135 Vac	5A	<=400 K Ω	1 meg. Ω	2 Vac	0° to +120°F	6 mA @ 120 Vac	SPST N.O.
SBG25872A		100 to 135 Vac						6 mA @ 120 Vac	SPST N.C.
SBG25873A		200 to 250 Vac						12 mA @ 250 Vac	SPST N.O.
SBG41705A	Latching SSR for Intrinsic Safety	105 to 125 Vac	0.3 A Steady State	<=25 K Ω	1 meg. Ω	2 Vac	+32° to +°120°F	3 mA @ 120 Vac	SPST N.O.

Note 1: For typical wiring diagrams, see next page.
Note 2: All ac voltage and current specifications are RMS values unless otherwise stated.
Note 3: Housing material is Polysulfone.