Schneider ATV610C16N4 160KW speed controller

Product Series Easy Altivar 610
Product or component type variable speed drive
Product Special Application Fan, Pump, Compressor, Conveyor
Product Group ATV610
Model standard type
Product Arrival Place Asynchronous Motors
Synchronous motors
Assembly board assembly
EMC Filter Integrated ‘Compatibly 61800-3 Category C3ile 50 M Motor Cable Maks
IP protection degree IP20
Type of cooling forced convection
Feeding frequency 50 … 60 Hz -5
Network Phase Number 3 Phase
[US] Nominal Nutrition Voltage 380 … 460 V – 15 … 10
Normal requirement for motor power KW 160 kW
Heavy condition for 132 kW
Normal requirement for motor power HP 250 HP
Heavy condition for 200 hp
Line flow 284 A -de 380 V (normal condition)
249,5 A -DE 460 V (Normal condition)
237 A -DE 380 V (heavy condition)
205,9 A -DE 460 V (heavy condition)
possible line ISC 50 ka
Visible Power 198,8 KVA -460 V (Normal Condition)
460 V (heavy condition) in 164.0 kva
Continuous output current 302 A -de 2.5 kHz normal condition
Heavy condition for 250 a -de 2.5 kHz
Maximum Temporary Current 60 S (Normal Condition)
60 S (heavy condition) during 375
asynchronous motor control profile fixed torque standard
Optimum Moment Mode
Variable moment standard
Output Frequency 0.1 500 Hz
Nominal Switching Frequency 2.5 KHz
Switching frequency 1 … 8 khz adjustable
NUMBER OF PRESSET SPEEDS 16 PREPRETE SPEED
Communication Port Protocol Modbus Series
Option Card Nest A: Communication Card, Profibus DP v1
Nest A: Digital or Analog G ç Expansion Card
Yuva A: Relay output card
Output voltage power feeding voltage
Motor slip compensation is not present in the constant magnetic engine law
AUTOMATICS ALL KINDING LOAD
Adjustable
Compressible
acceleration and slowdown ramps can be adjusted separately between 0.01 – 9000 seconds
S, U or customized
With DC Injection until it stops
Protection Type Thermal Protection: Motor
Motor Phase Cutting: Motor
Thermal protection: driver
Overheating: Driver
Over Current Between Output Phase and Earth: Driver
Overload of the output voltage: Driver
Short Circuit Protection: Driver
Motor Phase Cutting: Driver
Excessive voltages in DC data: Driver
Line Feeding Excess Tension: Driver
Low Feeding Low Voltage: Driver
Line Feeding Phase Loss: Driver
Excessive Speed: Driver
Cutting in the control circuit: drive
Frequency resolution screen unit: 0.1 Hz
Analog Login: 0.012 50 Hz
Electric connection control, screw terminal: 0.5 … 1.5 mm²
Line side, screw terminal: 2 x 95 … 3 x 120 mm²
Motor, screw terminal: 2 x 95 … 3 x 120 mm²
Modbus Series for Type 1 RJ45 of the Connector (on Remote Graphic Terminal)
Physical interface 2 -wire RS 485 Modbus Series
Transmission Framework Modbus Series for RTU
Transmission Speed ​​4.8, 9.6, 19.2, 38.4 kbit Sn Modbus Series
Modbus series for polarization type impedance
Number of Addresses 1 247 Modbus Series
Access Method Slave
External Feeding for Nutrition Digital Inputs: 24 V DC (19 30 V), 1.25 MA, Protection Type: Overload and Short Circuit Protection
Internal feeding for reference potentiometer (1 – 10 kohm): 10,5 V DC – 5, 10 MA, protection type: overload and short circuit protection
Local Signaling Local Diagnostic: 2 LED
Internal Communication Status: 1 LED (Yellow)
Communication Module Status: 2 LED (Two Color)
Existence of Tension: 1 LED (Red)
Width 300 mm
height 850 mm
1161 mm With IP21 Conformity Kit
Depth 375 mm
Product weight 85.5 kg
Number of analog inputs 3
Analog input Type AI1, AI2, AI3 Software-Recruitable Voltage: 0 … 10 V DC, Impedance: 30 Kohm, resolution 12 bit
AI1, AI2, AI3 Software-Related Current: 0 … 20 MA, Impedance: 250 OHM, resolution 12 bit
AI2, AI3 SOFTWARE-CONFIGURABLE TEMPERATURE PROBE OR WATER LEVEL Sensor
Number of digital inputs 6
Digital Input Type DI1 … DI6 Programmable as Logic Input, 24 V DC (30 V), Impedance: 3.5 Kohm
DI5, DI6 Programmable as a coup entrance: 0 30 kHz, 24 V dc (30 V)
Introduction Compatibility DI1 … DI6: Logic Entry Level 1 PLC
DI5, DI6: Coup Entrance Level 1 PL Suitable for C. 65A-68
Digital Introduction Logic Positive Logic (Source): DI1 … DI6 Configurated Logic Input, 5 V (Case 0), 11 V (Status 1)
Negative Logic (Block): DI1 … DI6 Configurated Logic Input, 16 V (Status 0), 10 V (Status 1)
Positive Logic (Source): DI5, DI6 configurable coup input, 0.6 V (status 0), 2.5 V (status 1)
analog output number 2
Analogue output type software-expulusable current AQ1, AQ2: 0 … 20 MA, resolution 10 bit
Software-Released Voltage AQ1, AQ2: 0 … 10 V DC Impedance 470 ohm, resolution 10 bit
Sampling time 5 ms – 0.1 msn (AI1, AI2, AI3) – analog input
2 ms – 0.5 msn (DI1 … DI6) can be configured – digital entry
5 ms – 1 ms (DI5, DI6) can be configured – coup entrance
10 ms – 1 ms (AQ1, AQ2) – Analog output
Accuracy – 0.6 AI1, AI2, AI3 60 C analog input for temperature change
– 1 AQ1, AQ2 60 C analog output for temperature change
linearity error AI1, AI2, AI3: Analog input for maximum value – 0.15
AQ1, AQ2: – Analog output for 0.2
Relay Outputs Number 3
Relay output type configurable relay Lojiki R1: Electrical durability of error relay 100000 Cycles
Configurable Relay Lojiki R2: Electrical resistance to Sequence Relay 100000 Cycles
Configurable Relay Logiki R3: Electrical resistance to Sequence Relay 100000 Cycles
Renewal time relay output (R1, R2, R3): 5 ms ( – 0.5 msn)
Minimum switching current relay output R1, R2, R3: 5 MA -DE 24 V DC
Maximum switching current relay output R1, R2, R3 resistant load, cos phi 1: 3 a -de 250 V AC
Relay output R1, R2, R3 resistant load, cos phi 1: 3 a -de 30 V dc
Relay output R1, R2, R3 inductive load, cos phi 0.4 and l r 7 ms: 2 A -de 250 V AC
Relay output R1, R2, R3 inductive load, cos phi 0.4 and l r 7 ms: 2 a -de 30 V dc
Terminals between insulation power and control
Insulation resistance 1 MOHM for 1 minute for grounding 500 V DC