OPTO 22 - G4OAC5MA _ G4 AC Output 12-140 VAC, 5 VDC Logic with Manual/Auto Switch

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OPTO 22

OPTO 22 - G4OAC5MA _ G4 AC Output 12-140 VAC, 5 VDC Logic with Manual/Auto Switch

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$51.00

Brand

OPTO 22

SKU:

G4OAC5MA

Description
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OPTO 22 - G4OAC5MA _ G4 AC Output 12-140 VAC, 5 VDC Logic with Manual/Auto Switch

Quick Specs:

G4 AC Output 12-140 VAC
5 VDC Logic with Manual/Auto Switch

G4 I/O family

The G4OAC5MA is a digital AC output module with an output voltage range of 12 - 140 VAC, requiring a typical logic voltage of 5 VDC. It is compatible with Opto 22 brains and Raspberry Pi.

The G4OAC5MA features a manual-on/manual-off/automatic switch, ideal for diagnostic testing of control applications. This AC output module is equivalent to a single-pole, single-throw, normally open contact (Form A, SPST-NO). It includes a 4 amp fast-blow fuse.

Opto 22's G4 AC output modules are used to control or switch AC loads. Each module provides up to 4000 volts of optical isolation (transient) between field outputs and the control side of the circuit, and each features zero voltage turn-on and zero current turn-off.

Typical applications for AC output modules include switching loads such as AC relays, solenoids, motor starters, heaters, lamps, and indicators.

Compatible with Raspberry Pi. The G4OAC5MA can be used with the Digital I/O Carrier Board for Raspberry Pi® (part number OPTO-P1-40P) to monitor and control industrial devices with your Raspberry Pi.

Specifications:

	Units	G4OAC5* G4OAC5FM**	G4OAC5A* G4OAC5AFM**	G4OAC5A5* G4OAC5A5FM**	G4OAC5MA*	G4OAC5AMA*
Nominal line voltage	VAC	120	120/240	120/240	120	120/240
Output voltage range	VAC	12 - 140	24 - 280	24 - 280	12 - 140	24 - 280
Key feature				Normally closed	Diagnostic switch	Diagnostic switch
Current rating: At 45 °C ambient At 70 °C ambient	A A	3 2	3 2	3 2	3 2	3 2
UL Motor Load Rating	A	1.5	1.5	1.5	1.5	1.5
Isolation input-to- output (transient): 1 ms 1 minute	volts	4000 1500	4000 1500	4000 1500	4000 1500	4000 1500
Off-state leakage at nominal voltage (60 Hz)	mA_RMS	5	1.25/2.5	1.25/2.5	5	1.25/2.5
Nominal logic voltage	VDC	5	5	5	5	5
Logic voltage range	VDC	4 - 8	4 - 8	4 - 8	4 - 8	4 - 8
Logic pickup voltage	VDC	4	4	4	4	4
Logic dropout voltage	VDC	1	1	1	1	1
Logic input current at nominal logic voltage	mA	12	12	12	12	12
Control resistance (Rc in schematic)	ohms	220	220	220	220	220
One-cycle surge	A peak	80	80	80	80	80
Turn-on time @ 60 Hz	milliseconds	¤8.3***	¤8.3***	¤8.3***	¤8.3***	¤8.3***
Turn-off time @ 60 Hz	milliseconds	¤8.3****	¤8.3****	¤8.3****	¤8.3****	¤8.3****
Peak repetitive voltage	VAC	500	500	500	500	500
Minimum load current	mA	20	20	20	20	20
Output voltage drop maximum peak	V	1.6	1.6	1.6	1.6	1.6
Operating frequency	Hz	25 - 65	25 - 65	25 - 65	25 - 65	25 - 65
dV/dT-off-state	V/micro-seconds	200	200	200	200	200
dV/dT-commutating	--	snubbed for 0.5 power factor load	snubbed for 0.5 power factor load	snubbed for 0.5 power factor load	snubbed for 0.5 power factor load	snubbed for 0.5 power factor load
Temperature Operating: Storage:	°C °C	-30 to +70 -30 to +85	-30 to +70 -30 to +85	-30 to +70 -30 to +85	-30 to +70 -30 to +85	-30 to +70 -30 to +85
* Compatible with Raspberry Pi. Part numbers ending in FM are Factory Mutual approved. * One-half cycle maximum. Module turns on at the zero volt crossing of the AC sine wave. **** One-half cycle maximum. Module turns off at the zero current crossing of the AC sine wave.

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