G7F-ADHA LS Expansion Module New

G7F-ADHA LS(LG) Expansion Module New

LS (LG) Expansion Module G7F-ADHA

Product Description:

The G7F-ADHA is A/D·D/A Combination module for use with the GLOFA GM7 and MASTER-K80S series. This module is to convert an analog input signal (voltage or current) from external sensors into a 12-bit signed Binary digital value, and convert digital internal data to analog value (Voltage or Current).

Features:

General Specifications
No	Item	Specifications				Standard
1	Operating temperature	0 ~ 55?				-
2	Storage temperature	-25 ~ 75?
3	Operating Humidity	5 ~ 95%RH, non-condensing
4	Storage humidity	5 ~ 95%RH, non-condensing
5	Vibration	Occasional vibration				IEC 61131-2
		Frequency	Acceleration	Amplitude	Sweep count
		10≤f∠57 Hz	-	0.075 mm	10 times in each direction for X, Y, Z
		57 ≤f≤150 Hz	9.8? {1G}	-
		Continuous vibration
		Frequency	Acceleration	Amplitude
		10≤f∠57 Hz	-	0.035 mm
		57≤f≤150 Hz	4.9?{0.5G}	-
6	Shocks	*Maximum shock acceleration: 147? {15G}				IEC 61131-2
		*Duration time :11 ms
		*Pulse wave:half sine wave pulse( 3 times in each of X, Y and Z directions )
7	Noise immunity	Square wave impulse noise	±1,500 V			LGIS Standard
		Electrostatic discharge	Voltage :4kV(contact discharge)			IEC 61131-2 IEC 1000-4-2
		Radiated electromagnetic field	27 ~ 500 MHz, 10 V/m			IEC 61131-2 IEC 1000-4-3
		Fast transient & burst noise	All power modules	Digital I/Os ( Ue ≥ 24 V)	Digital I/Os (Ue < 24 V) Analog I/Os communication I/Os	IEC 61131-2 IEC 1000-4-4
			2 kV	1 kV	0.25 kV
8	Atmosphere	Free from corrosive gases and excessive dust				-
9	Altitude for use	Up to 2,000m
10	Pollution degree	2 or lower
11	Cooling method	Self-cooling

Performance Specification:

Item			Specifications
Analog Input	Input Range		Voltage	DC 0∼10V		(input resistance more than 1?)
			Current	DC 0∼20? (input resistance 250Ω)			Classified by parameter
				DC 4∼20? (input resistance 250Ω)
	Digital	Output	12Bit( -48~4047)
	Voltage/Current Selection		1.Setting by jumper pin for V/I selection on upper part of product (Up: voltage, Down: Current) 2. Voltage/current selected by the program 3. When current input is used, short the V and I terminal
	No. of Channel		2Channels
	Absolute max. input		Voltage	DC +12V
			Current	DC +24?
Analog Output	Output Range		Voltage	DC 0∼10V		(External load resistance 2?∼1?)
			Current	DC 0∼20? (External load resistance 510Ω)			Classified by parameter
				DC 4∼20? (External load resistance 510Ω)
	Digital Input		12Bit( -48~4047)
	Voltage/Current Selection		Separated from terminal
	No. of Channel		1Channel
	Absolute max. Output		Voltage			DC +12V
			Current			DC +24?
Common	Max. resolution		Voltage	DC0∼10V		2.5?	(1/4000)
			Current	DC0∼20?		5?	(1/4000 )
				DC4∼20?		6.25?	(1/3200 )
	Accuracy		±0.5% [Full scale ]
	Max. conversion speed		2?/CH + scan time
	Isolation		Photo coupler insulation between I/O terminals and PLC power supply (No isolation between channels)
	Connect terminals		9 Points 2 terminals
	Internal current Consumption		20?
	External power supply		DC 21.6 ∼ 26.4V,		80?
	Weight(g)		240g