VW3A3202
extended I/O card - for ATV61/ATV71
- Product or component type
- Extended I/O card
- Range compatibility
- Altivar 71Q
Altivar Lift
Altivar 61
Altivar 71
Altivar 61Q - Supply
- Internal supply for reference potentiometer, 10.5 V DC (10...11 V) , <= 0.01 A, impedance: 1...10 kOhm for overload and short-circuit protection
Internal supply, 24 V DC (21...27 V) , <= 0.2 A for overload and short-circuit protection - Analogue input number
- 2
- Analogue input type
- AI3-/Al3+ differential current programmable : 0...20 mA, impedance: 250 Ohm, sampling time: 4...6 ms, resolution: 11 bits + sign
AI4 software-configurable current : 0...20 mA, impedance: 250 Ohm, sampling time: 4...6 ms, resolution: 11 bits
AI4 software-configurable voltage : 0...10 V DC, 24 V max, impedance: 30000 Ohm, sampling time: 4...6 ms, resolution: 11 bits - Analogue output number
- 2
- Analogue output type
- AO2 software-configurable current : 0...20 mA, impedance: 500 Ohm, sampling time: 4...6 ms, resolution: 10 bits
AO3 software-configurable current : 0...20 mA, impedance: 500 Ohm, sampling time: 4...6 ms, resolution: 10 bits
AO2 software-configurable voltage : +/- 10 V DC, impedance: 470 Ohm, sampling time: 4...6 ms, resolution: 10 bits
AO3 software-configurable voltage : +/- 10 V DC, impedance: 470 Ohm, sampling time: 4...6 ms, resolution: 10 bits - Discrete output number
- 5
- Discrete output type
- (LO3, LO4) assignable logic, sampling time: 4...6 ms, compatible with level 1 PLC
(R4A, R4B, R4C) configurable relay logic - Discrete output logic
- (LO3, LO4) negative
(LO3, LO4) positive - Discrete input number
- 6
- Discrete input type
- (RP) frequency control, , sampling time: 4...6 ms
(LI11...LI14) programmable, , compatible with level 1 PLC, impedance: 3.5 kOhm, sampling time: 4...6 ms - Discrete input logic
- (LI11...LI14) negative state 0 >= 16 V state 1 <= 10 V
(LI11...LI14) positive state 0 <= 5 V state 1 >= 11 V
(RP) positive state 0 < 1.2 V state 1 >= 3.5 V
- Electrical durability
- 100000 cycles for configurable relay logicoutput(s)
- Discrete output voltage
- 24 V DC (voltage limits:<= 30 V) assignable logic
- Maximum output current
- 0.2 A, assignable logic
- Minimum switching current
- Configurable relay logic 3 mA for 24 V DC
- Maximum switching current
- Configurable relay logic 5 A at 250 V AC on resistive load, cos phi = 1
Configurable relay logic 5 A at 30 V DC on resistive load, cos phi = 1
Configurable relay logic 1.5 A at 250 V AC on inductive load, cos phi = 0.4 and L/R = 7 ms
Configurable relay logic 1.5 A at 30 V DC on inductive load, cos phi = 0.4 and L/R = 7 ms - PTC probe input
- TH2+, TH2- trip resistance, impedance: 3 kOhm
TH2+, TH2- reset resistance, impedance: 1.8 Ohm
TH2+, TH2- short circuit protection, impedance: < 0.05 Ohm
TH2+, TH2- for 6 PTC probe, impedance: <= 1.5 Ohm - Discrete input voltage
- 24 V DC (voltage limits:<= 30 V) for programmable
- Discrete input frequency
- 0...30 kHz frequency control
- Electrical connection
- Terminal, 1.5 mm² / AWG 16, 0.25 N.m
- Product weight
- 0.3 kg
- Warranty period
- 18 months
Frequently Asked Questions and Answers
- What supplies the power to vw3a3401 encoder interface card fitted on Altivar 71?
The encoder interface card VW3A3401 uses an internal 5VDC supply from the drive control block. The interface card supplies 5VDC to the encoder RS422 with maximum current available up to 200mA.
Read more - When does the Drive Overheat Fault (OHF) occur in Altivar 71 Drives.
The Drive Overheat Fault (OHF) indicates that the heat sink temperature has crossed the temperature threshold. This is the information from the temperature sensor located on the heat sink, near the transistor module. When the Thermal Heat Dissipation (THD) is greater than 118% it trips in OHF. 118% is approximately 100 Deg Centigrade temperature on the heat sink. The main causes for the occurrence of this fault are: 1. Excessive ambient temperature. (Provide proper air cooling of the control roo...
Read more - Altivar 61/71 what is the recommended corrective action when the motor runs in reverse with a run forward command?
Issue: The motor is running backwards with a forward run command on the drive. Product line: Altivar ATV61 and ATV71 Environment: All models, all serial numbers Cause: The phase rotation is inverted coming out of the drive going to the motor. Resolution: Option 1: To correct the motor rotation swap two motor leads on the drive output terminals. Option 2: Go in the simple start menu 1.1 find output phase rotation change it from ABC to ACB. Refer to the ATV61 and ATV71 programm...
Read more - What does ramp increment mean for the Altivar 61/71?
Issue: What does ramp increment mean for the Altivar 61/71? Product Line: Altivar 61, Altivar 71 Environment: All serial numbers Cause: N/A Resolution: Ramp increment is a parameter that will change the resolution of the listed parameters: see below Inr M [Ramp increment] 0.01 - 0.1 - 1 0.1 0.01 [0.01]: Ramp up to 99.99 seconds 0.1 [0.1]: Ramp up to 999.9 seconds 1 [1]: Ramp up to 9,000 s...
Read more - Will the relay output, assigned to No Drive Fault, change states on a fault if Auto restart is set to yes on VFD?
Issue: Will the relay output, assigned to No Drive Fault, change states on a fault if Auto restart is set to yes? Product Line: Altivar 61 Altivar 71 ATV61 ATV71 Environment: All Cause: Define the No Drive Fault relay relationship with Auto restart function. Resolution: The relay assigned to No Drive Fault will not change states on a fault, if Auto restart is set to YES, until the max restart time is depleted and the fault still exists.
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