Schneider ATV320U22M2B 2,2KW speed controller

Product Series Altivar Machine ATV320
Product or component type variable speed drive
Product Special Application High Powerful Machines
model standard type
Driver Formal Book
Assembly board assembly
Communication Port Protocol Modbus Series
Canopen
OPTION CARD CONTACT MODULE, CANOPEN
Communication Module, Ethercat
Contact Module, Profibus DP v1
Communication Module, Profinet
Communication Module, Ethernet PowerLink
Communication Module, Ethernet IP
Communication Module, Devicenet
[US] Nominal Feeding Voltage 200 … 240 V – 15 … 10
Nominal output current 11.0 A
Motor strength KW 2.2 kW heavy condition for
EMC Filter Class C2 EMC filter Integrated
IP Protection Class IP20
Number of digital inputs 7
Digital Input Type Storage Sorry Closing, 24 V DC, Impedance: 1.5 Kohm
DI1 … DI6 Logic Inputs, 24 V DC (30 V)
DI5 Programmable as a coup entrance: 0 30 kHz, 24 V dc (30 V)
Digital Introduction Logic Positive Logic (Source)
Negative Logic (Block)
Number of digital outputs 3
Digital output type Open Collector DQ 0 1 KHz 30 V DC 100 MA
Open Collector DQ- 0 1 KHz 30 V DC 100 MA
Number of analog inputs 3
Analog input type AI1 Voltage: 0 … 10 V DC, Impedance: 30 Kohm, resolution 10 bit
AI2 Both pole differential voltage: – 10 V DC, Impedance: 30 Kohm, resolution 10 bit
AI3 Current: 0 … 20 MA (or 4-20 MA, X-20 MA, 20-X MA or Other Models According to Configuration), Impedance: 250 Ohm, resolution 10 bit
analog output number 1
Analogue output type software-expulusable current AQ1: 0 … 20 MA impedance 800 ohm, resolution 10 bit
Software-Released Voltage AQ1: 0 … 10 V DC Impedance 470 ohm, resolution 10 bit
Relay output type configurable relay Logikiki R1A 1 NA ELECTRICAL DÜRGİLİK 100000 CYCLES
Configurable Relay Logiki R1B 1 NK Electrical Resistance 100000 Cycles
Configurated Relay Lojiki R1C
Configurated Relay Logiki R2A 1 NA ELECTRICITY DÜRGİLİK 100000 CYCLES
Configurated Relay Logiki R2C
Maximum switching current relay output R1A, R1B, R1C resistant load, cos phi 1: 3 a -de 250 V AC
Relay output R1A, R1B, R1C resistant load, cos phi 1: 3 a -de 30 V dc
Relay output R1A, R1B, R1C, R2A, R2C inductive load, cos phi 0.4 and l r 7 ms: 2 a -de 250 V AC
Relay output R1A, R1B, R1C, R2A, R2C inductive load, cos phi 0.4 and l r 7 ms: 2 a -de 30 V dc
Relay output R2A, resistant load on R2C, cos phi 1: 5 A -de 250 V AC
Relay output R2A, resistant load on R2C, cos phi 1: 5 a -de 30 V dc
Minimum switching current relay output R1A, R1B, R1C, R2A, R2C: 5 MA -DE 24 V DC
Access Method Slave Canopen
4 dial work is possible correct
asynchronous motor control profile voltage frequency ratio, 5 points
Sensor -free flux vector control, standard
Voltage frequency ratio – energy saving, square U f
Sensor -free vector flux control – Energy savings
Voltage frequency ratio, 2 points
Synchronous motor control profile -free vector control
Temporary Moment 170 200 Nominal Motor Torku
Maximum output frequency 0,599 kHz
acceleration and slowdown ramps linear
U
S
WHOA
Ramp switching
Acceleration slowing ramp adaptation
DC Injection acceleration slowdown automatic stopping
Motor slip compensation automatically all kinds of loads
Adjustable 0 … 300
Voltage frequency ratio (2 or 5 points) not valid
Switching Frequency 2 … 16 kHz adjustable
4 … 16 kHz depreciation factor
Nominal Switching Frequency 4 KHz
With DC Injection until it stops
Brake cutter integrated correct
Line flow 23.9 A -DE 200 V (heavy condition)
20.1 A -DE 240 V (heavy condition)
Maximum input current 23.9 A
Maximum output voltage 240 V
The visible power is 240 V in 4.8 kva (heavy condition)
Network Frequency 50 … 60 Hz
Relative symmetrical network frequency tolerance 5
Possible line ISC 1 KA
Basic load current at high overload 14.3 A
Power distribution in W Fan: 98.0 W -DE 200 V 4 kHz
Safety function is correct with safe direction (SDI)
Security Working with Security Function Stopping (Sauce) False
Safety function safe location (SP) wrong
Security Programmable Logic False with Security Function
Security function province E safe speed viewer (SSM) Wrong
Safety function safe stop 1 (SS1) wrong with
Correct with SFT FCT Safe Stop 2 (SS2)