FD1X5 Low-voltage Servo Drive

24VDC～60VDC

24VDC～60VDC

24VDC～60VDC

24VDC～60VDC

24VDC～60VDC

24VDC～60VDC

24VDC～60VDC

24VDC～60VDC

24VDC～60VDC

24VDC～60VDC

24VDC～60VDC

24VDC～60VDC

24VDC 1A（Optional）

24VDC 1A（Optional）

24VDC 1A（Optional）

24VDC 1A（Optional）

24VDC 1A（Optional）

24VDC 1A（Optional）

24VDC 1A（Optional）

24VDC 1A（Optional）

24VDC 1A（Optional）

24VDC 1A（Optional）

24VDC 1A（Optional）

24VDC 1A（Optional）

15A

15A

15A

15A

30A

30A

30A

30A

50A

50A

50A

50A

48Ap

48Ap

48Ap

48Ap

100Ap

100Ap

100Ap

100Ap

160Ap

160Ap

160Ap

160Ap

Tamagawa protocol single-turn, multi-turn encoder

Tamagawa protocol single-turn, multi-turn encoder

Tamagawa protocol single-turn, multi-turn encoder

Tamagawa protocol single-turn, multi-turn encoder

Tamagawa protocol single-turn, multi-turn encoder

Tamagawa protocol single-turn, multi-turn encoder

Tamagawa protocol single-turn, multi-turn encoder

Tamagawa protocol single-turn, multi-turn encoder

Tamagawa protocol single-turn, multi-turn encoder

Tamagawa protocol single-turn, multi-turn encoder

Tamagawa protocol single-turn, multi-turn encoder

Tamagawa protocol single-turn, multi-turn encoder

Need external brake resistance (depending on the operation condition, mainly used in rapid start-stop occasions)

Need external brake resistance (depending on the operation condition, mainly used in rapid start-stop occasions)

Need external brake resistance (depending on the operation condition, mainly used in rapid start-stop occasions)

Need external brake resistance (depending on the operation condition, mainly used in rapid start-stop occasions)

Need external brake resistance (depending on the operation condition, mainly used in rapid start-stop occasions)

Need external brake resistance (depending on the operation condition, mainly used in rapid start-stop occasions)

Need external brake resistance (depending on the operation condition, mainly used in rapid start-stop occasions)

Need external brake resistance (depending on the operation condition, mainly used in rapid start-stop occasions)

Need external brake resistance (depending on the operation condition, mainly used in rapid start-stop occasions)

Need external brake resistance (depending on the operation condition, mainly used in rapid start-stop occasions)

Need external brake resistance (depending on the operation condition, mainly used in rapid start-stop occasions)

Need external brake resistance (depending on the operation condition, mainly used in rapid start-stop occasions)

The default is 63V±2V

The default is 63V±2V

The default is 63V±2V

The default is 63V±2V

The default is 63V±2V

The default is 63V±2V

The default is 63V±2V

The default is 63V±2V

The default is 63V±2V

The default is 63V±2V

The default is 63V±2V

The default is 63V±2V

Natural cooling

Natural cooling

Natural cooling

Natural cooling

Natural cooling

Natural cooling

Natural cooling

Natural cooling

Natural cooling

Natural cooling

Natural cooling

Natural cooling

0.322

0.322

0.322

0.322

0.657

0.657

0.657

0.657

0.861

0.861

0.861

0.861

1000

1000

1000

1000

1200

1200

1200

1200

1300

1300

1300

1300

The default is 70V±2V

The default is 70V±2V

The default is 70V±2V

The default is 70V±2V

The default is 70V±2V

The default is 70V±2V

The default is 70V±2V

The default is 70V±2V

The default is 70V±2V

The default is 70V±2V

The default is 70V±2V

The default is 70V±2V

The default is 18V±2V

The default is 18V±2V

The default is 18V±2V

The default is 18V±2V

The default is 18V±2V

The default is 18V±2V

The default is 18V±2V

The default is 18V±2V

The default is 18V±2V

The default is 18V±2V

The default is 18V±2V

The default is 18V±2V

Overvoltage protection, undervoltage protection, motor overheat (I2T) protection, short circuit protection, drive overheat protection

Overvoltage protection, undervoltage protection, motor overheat (I2T) protection, short circuit protection, drive overheat protection

Overvoltage protection, undervoltage protection, motor overheat (I2T) protection, short circuit protection, drive overheat protection

Overvoltage protection, undervoltage protection, motor overheat (I2T) protection, short circuit protection, drive overheat protection

Overvoltage protection, undervoltage protection, motor overheat (I2T) protection, short circuit protection, drive overheat protection

Overvoltage protection, undervoltage protection, motor overheat (I2T) protection, short circuit protection, drive overheat protection

Overvoltage protection, undervoltage protection, motor overheat (I2T) protection, short circuit protection, drive overheat protection

Overvoltage protection, undervoltage protection, motor overheat (I2T) protection, short circuit protection, drive overheat protection

Overvoltage protection, undervoltage protection, motor overheat (I2T) protection, short circuit protection, drive overheat protection

Overvoltage protection, undervoltage protection, motor overheat (I2T) protection, short circuit protection, drive overheat protection

Overvoltage protection, undervoltage protection, motor overheat (I2T) protection, short circuit protection, drive overheat protection

Overvoltage protection, undervoltage protection, motor overheat (I2T) protection, short circuit protection, drive overheat protection

3 channels digital input, COMI terminal; High level: 12.5~30VDC; Low level: 0~5VDC;Maximum frequency: 1KHz; Input impedance: 5KΩ.

3 channels digital input, COMI terminal; High level: 12.5~30VDC; Low level: 0~5VDC;Maximum frequency: 1KHz; Input impedance: 5KΩ.

3 channels digital input, COMI terminal; High level: 12.5~30VDC; Low level: 0~5VDC;Maximum frequency: 1KHz; Input impedance: 5KΩ.

3 channels digital input, COMI terminal; High level: 12.5~30VDC; Low level: 0~5VDC;Maximum frequency: 1KHz; Input impedance: 5KΩ.

3 channels digital input, COMI terminal; High level: 12.5~30VDC; Low level: 0~5VDC;Maximum frequency: 1KHz; Input impedance: 5KΩ.

3 channels digital input, COMI terminal; High level: 12.5~30VDC; Low level: 0~5VDC;Maximum frequency: 1KHz; Input impedance: 5KΩ.

3 channels digital input, COMI terminal; High level: 12.5~30VDC; Low level: 0~5VDC;Maximum frequency: 1KHz; Input impedance: 5KΩ.

3 channels digital input, COMI terminal; High level: 12.5~30VDC; Low level: 0~5VDC;Maximum frequency: 1KHz; Input impedance: 5KΩ.

3 channels digital input, COMI terminal; High level: 12.5~30VDC; Low level: 0~5VDC;Maximum frequency: 1KHz; Input impedance: 5KΩ.

3 channels digital input, COMI terminal; High level: 12.5~30VDC; Low level: 0~5VDC;Maximum frequency: 1KHz; Input impedance: 5KΩ.

3 channels digital input, COMI terminal; High level: 12.5~30VDC; Low level: 0~5VDC;Maximum frequency: 1KHz; Input impedance: 5KΩ.

3 channels digital input, COMI terminal; High level: 12.5~30VDC; Low level: 0~5VDC;Maximum frequency: 1KHz; Input impedance: 5KΩ.

Freely defined as required, the functions are as follows: drive enable, drive error reset, drive mode control, speed loop proportional control, positive limit, negative limit, origin signal, command reverse, internal speed segment control, internal position segment control, emergency stop, start to find the origin, command activation, electronic gear ratio switching, gain switching

Freely defined as required, the functions are as follows: drive enable, drive error reset, drive mode control, speed loop proportional control, positive limit, negative limit, origin signal, command reverse, internal speed segment control, internal position segment control, emergency stop, start to find the origin, command activation, electronic gear ratio switching, gain switching

Freely defined as required, the functions are as follows: drive enable, drive error reset, drive mode control, speed loop proportional control, positive limit, negative limit, origin signal, command reverse, internal speed segment control, internal position segment control, emergency stop, start to find the origin, command activation, electronic gear ratio switching, gain switching

Freely defined as required, the functions are as follows: drive enable, drive error reset, drive mode control, speed loop proportional control, positive limit, negative limit, origin signal, command reverse, internal speed segment control, internal position segment control, emergency stop, start to find the origin, command activation, electronic gear ratio switching, gain switching

Freely defined as required, the functions are as follows: drive enable, drive error reset, drive mode control, speed loop proportional control, positive limit, negative limit, origin signal, command reverse, internal speed segment control, internal position segment control, emergency stop, start to find the origin, command activation, electronic gear ratio switching, gain switching

Freely defined as required, the functions are as follows: drive enable, drive error reset, drive mode control, speed loop proportional control, positive limit, negative limit, origin signal, command reverse, internal speed segment control, internal position segment control, emergency stop, start to find the origin, command activation, electronic gear ratio switching, gain switching

Freely defined as required, the functions are as follows: drive enable, drive error reset, drive mode control, speed loop proportional control, positive limit, negative limit, origin signal, command reverse, internal speed segment control, internal position segment control, emergency stop, start to find the origin, command activation, electronic gear ratio switching, gain switching

Freely defined as required, the functions are as follows: drive enable, drive error reset, drive mode control, speed loop proportional control, positive limit, negative limit, origin signal, command reverse, internal speed segment control, internal position segment control, emergency stop, start to find the origin, command activation, electronic gear ratio switching, gain switching

Freely defined as required, the functions are as follows: drive enable, drive error reset, drive mode control, speed loop proportional control, positive limit, negative limit, origin signal, command reverse, internal speed segment control, internal position segment control, emergency stop, start to find the origin, command activation, electronic gear ratio switching, gain switching

Freely defined as required, the functions are as follows: drive enable, drive error reset, drive mode control, speed loop proportional control, positive limit, negative limit, origin signal, command reverse, internal speed segment control, internal position segment control, emergency stop, start to find the origin, command activation, electronic gear ratio switching, gain switching

Freely defined as required, the functions are as follows: drive enable, drive error reset, drive mode control, speed loop proportional control, positive limit, negative limit, origin signal, command reverse, internal speed segment control, internal position segment control, emergency stop, start to find the origin, command activation, electronic gear ratio switching, gain switching

Freely defined as required, the functions are as follows: drive enable, drive error reset, drive mode control, speed loop proportional control, positive limit, negative limit, origin signal, command reverse, internal speed segment control, internal position segment control, emergency stop, start to find the origin, command activation, electronic gear ratio switching, gain switching

Pulse+direction, phase A+phase B（3.3V～24V)

Pulse+direction, phase A+phase B（3.3V～24V)

Pulse+direction, phase A+phase B（3.3V～24V)

Pulse+direction, phase A+phase B（3.3V～24V)

Pulse+direction, phase A+phase B（3.3V～24V)

Pulse+direction, phase A+phase B（3.3V～24V)

Pulse+direction, phase A+phase B（3.3V～24V)

Pulse+direction, phase A+phase B（3.3V～24V)

Pulse+direction, phase A+phase B（3.3V～24V)

Pulse+direction, phase A+phase B（3.3V～24V)

Pulse+direction, phase A+phase B（3.3V～24V)

Pulse+direction, phase A+phase B（3.3V～24V)

1 digital output, OUT1 is an open collector output, up to 30V, 100mA drive capability, The brake 24V DC output, with FD125, FD135, and FD145 brake ports having output current of 0.5A, 0.8A, and 1A, respectively

1 digital output, OUT1 is an open collector output, up to 30V, 100mA drive capability, The brake 24V DC output, with FD125, FD135, and FD145 brake ports having output current of 0.5A, 0.8A, and 1A, respectively

1 digital output, OUT1 is an open collector output, up to 30V, 100mA drive capability, The brake 24V DC output, with FD125, FD135, and FD145 brake ports having output current of 0.5A, 0.8A, and 1A, respectively

1 digital output, OUT1 is an open collector output, up to 30V, 100mA drive capability, The brake 24V DC output, with FD125, FD135, and FD145 brake ports having output current of 0.5A, 0.8A, and 1A, respectively

1 digital output, OUT1 is an open collector output, up to 30V, 100mA drive capability, The brake 24V DC output, with FD125, FD135, and FD145 brake ports having output current of 0.5A, 0.8A, and 1A, respectively

1 digital output, OUT1 is an open collector output, up to 30V, 100mA drive capability, The brake 24V DC output, with FD125, FD135, and FD145 brake ports having output current of 0.5A, 0.8A, and 1A, respectively

1 digital output, OUT1 is an open collector output, up to 30V, 100mA drive capability, The brake 24V DC output, with FD125, FD135, and FD145 brake ports having output current of 0.5A, 0.8A, and 1A, respectively

1 digital output, OUT1 is an open collector output, up to 30V, 100mA drive capability, The brake 24V DC output, with FD125, FD135, and FD145 brake ports having output current of 0.5A, 0.8A, and 1A, respectively

1 digital output, OUT1 is an open collector output, up to 30V, 100mA drive capability, The brake 24V DC output, with FD125, FD135, and FD145 brake ports having output current of 0.5A, 0.8A, and 1A, respectively

1 digital output, OUT1 is an open collector output, up to 30V, 100mA drive capability, The brake 24V DC output, with FD125, FD135, and FD145 brake ports having output current of 0.5A, 0.8A, and 1A, respectively

1 digital output, OUT1 is an open collector output, up to 30V, 100mA drive capability, The brake 24V DC output, with FD125, FD135, and FD145 brake ports having output current of 0.5A, 0.8A, and 1A, respectively

1 digital output, OUT1 is an open collector output, up to 30V, 100mA drive capability, The brake 24V DC output, with FD125, FD135, and FD145 brake ports having output current of 0.5A, 0.8A, and 1A, respectively

following functions can be freely defined as needed, with the following functions: drive ready, drive error, motor position reached, motor zero speed, motor holding brake, motor speed reached, index Z signal present, maximum limit speed in torque mode, motor locked axis, motor in limit, home position found.

following functions can be freely defined as needed, with the following functions: drive ready, drive error, motor position reached, motor zero speed, motor holding brake, motor speed reached, index Z signal present, maximum limit speed in torque mode, motor locked axis, motor in limit, home position found.

following functions can be freely defined as needed, with the following functions: drive ready, drive error, motor position reached, motor zero speed, motor holding brake, motor speed reached, index Z signal present, maximum limit speed in torque mode, motor locked axis, motor in limit, home position found.

following functions can be freely defined as needed, with the following functions: drive ready, drive error, motor position reached, motor zero speed, motor holding brake, motor speed reached, index Z signal present, maximum limit speed in torque mode, motor locked axis, motor in limit, home position found.

following functions can be freely defined as needed, with the following functions: drive ready, drive error, motor position reached, motor zero speed, motor holding brake, motor speed reached, index Z signal present, maximum limit speed in torque mode, motor locked axis, motor in limit, home position found.

following functions can be freely defined as needed, with the following functions: drive ready, drive error, motor position reached, motor zero speed, motor holding brake, motor speed reached, index Z signal present, maximum limit speed in torque mode, motor locked axis, motor in limit, home position found.

following functions can be freely defined as needed, with the following functions: drive ready, drive error, motor position reached, motor zero speed, motor holding brake, motor speed reached, index Z signal present, maximum limit speed in torque mode, motor locked axis, motor in limit, home position found.

following functions can be freely defined as needed, with the following functions: drive ready, drive error, motor position reached, motor zero speed, motor holding brake, motor speed reached, index Z signal present, maximum limit speed in torque mode, motor locked axis, motor in limit, home position found.

following functions can be freely defined as needed, with the following functions: drive ready, drive error, motor position reached, motor zero speed, motor holding brake, motor speed reached, index Z signal present, maximum limit speed in torque mode, motor locked axis, motor in limit, home position found.

following functions can be freely defined as needed, with the following functions: drive ready, drive error, motor position reached, motor zero speed, motor holding brake, motor speed reached, index Z signal present, maximum limit speed in torque mode, motor locked axis, motor in limit, home position found.

following functions can be freely defined as needed, with the following functions: drive ready, drive error, motor position reached, motor zero speed, motor holding brake, motor speed reached, index Z signal present, maximum limit speed in torque mode, motor locked axis, motor in limit, home position found.

following functions can be freely defined as needed, with the following functions: drive ready, drive error, motor position reached, motor zero speed, motor holding brake, motor speed reached, index Z signal present, maximum limit speed in torque mode, motor locked axis, motor in limit, home position found.

Debug special, can use Kinco PC software connection

Debug special, can use Kinco PC software connection

Debug special, can use Kinco PC software connection

Debug special, can use Kinco PC software connection

Debug special, can use Kinco PC software connection

Debug special, can use Kinco PC software connection

Debug special, can use Kinco PC software connection

Debug special, can use Kinco PC software connection

Debug special, can use Kinco PC software connection

Debug special, can use Kinco PC software connection

Debug special, can use Kinco PC software connection

Debug special, can use Kinco PC software connection

Supports

Supports

Not supported

Not supported

Supports

Supports

Not supported

Not supported

Supports

Supports

Not supported

Not supported

It supports a max 115200bps and can communicate with the controller using Modbus RTU

It supports a max 115200bps and can communicate with the controller using Modbus RTU

/

/

It supports a max 115200bps and can communicate with the controller using Modbus RTU

It supports a max 115200bps and can communicate with the controller using Modbus RTU

/

/

It supports a max 115200bps and can communicate with the controller using Modbus RTU

It supports a max 115200bps and can communicate with the controller using Modbus RTU

/

/

Supports

Supports

Not supported

Not supported

Supports

Supports

Not supported

Not supported

Supports

Supports

Not supported

Not supported

It supports a maxof 1 Mbps and can communicate with the controller using the CANopen

It supports a maxof 1 Mbps and can communicate with the controller using the CANopen

/

/

It supports a maxof 1 Mbps and can communicate with the controller using the CANopen

It supports a maxof 1 Mbps and can communicate with the controller using the CANopen

/

/

It supports a maxof 1 Mbps and can communicate with the controller using the CANopen

It supports a maxof 1 Mbps and can communicate with the controller using the CANopen

/

/

Not supported

Not supported

Supports

Supports

Not supported

Not supported

Supports

Supports

Not supported

Not supported

Supports

Supports

/

/

Support CoE(CiA402 protocol)and CSP/CSV/PP/PV/PT/HM mode，communication speed 100Mbps

Support CoE(CiA402 protocol)and CSP/CSV/PP/PV/PT/HM mode，communication speed 100Mbps

/

/

Support CoE(CiA402 protocol)and CSP/CSV/PP/PV/PT/HM mode，communication speed 100Mbps

Support CoE(CiA402 protocol)and CSP/CSV/PP/PV/PT/HM mode，communication speed 100Mbps

/

/

Support CoE(CiA402 protocol)and CSP/CSV/PP/PV/PT/HM mode，communication speed 100Mbps

Support CoE(CiA402 protocol)and CSP/CSV/PP/PV/PT/HM mode，communication speed 100Mbps

-20℃ ～ +40℃（no freezing）,When the operating temperature exceeds 40°C, the driver needs to be derated，Please refer to the derating curve when the drive operates at 50℃.

-20℃ ～ +40℃（no freezing）,When the operating temperature exceeds 40°C, the driver needs to be derated，Please refer to the derating curve when the drive operates at 50℃.

-20℃ ～ +40℃（no freezing）,When the operating temperature exceeds 40°C, the driver needs to be derated，Please refer to the derating curve when the drive operates at 50℃.

-20℃ ～ +40℃（no freezing）,When the operating temperature exceeds 40°C, the driver needs to be derated，Please refer to the derating curve when the drive operates at 50℃.

-20℃ ～ +40℃（no freezing）,When the operating temperature exceeds 40°C, the driver needs to be derated，Please refer to the derating curve when the drive operates at 50℃.

-20℃ ～ +40℃（no freezing）,When the operating temperature exceeds 40°C, the driver needs to be derated，Please refer to the derating curve when the drive operates at 50℃.

-20℃ ～ +40℃（no freezing）,When the operating temperature exceeds 40°C, the driver needs to be derated，Please refer to the derating curve when the drive operates at 50℃.

-20℃ ～ +40℃（no freezing）,When the operating temperature exceeds 40°C, the driver needs to be derated，Please refer to the derating curve when the drive operates at 50℃.

-20℃ ～ +40℃（no freezing）,When the operating temperature exceeds 40°C, the driver needs to be derated，Please refer to the derating curve when the drive operates at 50℃.

-20℃ ～ +40℃（no freezing）,When the operating temperature exceeds 40°C, the driver needs to be derated，Please refer to the derating curve when the drive operates at 50℃.

-20℃ ～ +40℃（no freezing）,When the operating temperature exceeds 40°C, the driver needs to be derated，Please refer to the derating curve when the drive operates at 50℃.

-20℃ ～ +40℃（no freezing）,When the operating temperature exceeds 40°C, the driver needs to be derated，Please refer to the derating curve when the drive operates at 50℃.

-40℃ ～ +70℃（no freezing）

-40℃ ～ +70℃（no freezing）

-40℃ ～ +70℃（no freezing）

-40℃ ～ +70℃（no freezing）

-40℃ ～ +70℃（no freezing）

-40℃ ～ +70℃（no freezing）

-40℃ ～ +70℃（no freezing）

-40℃ ～ +70℃（no freezing）

-40℃ ～ +70℃（no freezing）

-40℃ ～ +70℃（no freezing）

-40℃ ～ +70℃（no freezing）

-40℃ ～ +70℃（no freezing）

Less than 90%RH

Less than 90%RH

Less than 90%RH

Less than 90%RH

Less than 90%RH

Less than 90%RH

Less than 90%RH

Less than 90%RH

Less than 90%RH

Less than 90%RH

Less than 90%RH

Less than 90%RH

IP20 (Power supply terminal X5 only meets IP00 protection level)

IP20 (Power supply terminal X5 only meets IP00 protection level)

IP20 (Power supply terminal X5 only meets IP00 protection level)

IP20 (Power supply terminal X5 only meets IP00 protection level)

IP20 (Power supply terminal X5 only meets IP00 protection level)

IP20 (Power supply terminal X5 only meets IP00 protection level)

IP20 (Power supply terminal X5 only meets IP00 protection level)

IP20 (Power supply terminal X5 only meets IP00 protection level)

IP20 (Power supply terminal X5 only meets IP00 protection level)

IP20 (Power supply terminal X5 only meets IP00 protection level)

IP20 (Power supply terminal X5 only meets IP00 protection level)

IP20 (Power supply terminal X5 only meets IP00 protection level)

The rated working altitude is less than 1000 meters above sea level. When the working altitude is higher than 1000 meters, it is necessary to reduce the rated value by 1.5% for every 100 meters of elevation. The maximum working altitude is 2000 meters above sea level.

The rated working altitude is less than 1000 meters above sea level. When the working altitude is higher than 1000 meters, it is necessary to reduce the rated value by 1.5% for every 100 meters of elevation. The maximum working altitude is 2000 meters above sea level.

The rated working altitude is less than 1000 meters above sea level. When the working altitude is higher than 1000 meters, it is necessary to reduce the rated value by 1.5% for every 100 meters of elevation. The maximum working altitude is 2000 meters above sea level.

The rated working altitude is less than 1000 meters above sea level. When the working altitude is higher than 1000 meters, it is necessary to reduce the rated value by 1.5% for every 100 meters of elevation. The maximum working altitude is 2000 meters above sea level.

The rated working altitude is less than 1000 meters above sea level. When the working altitude is higher than 1000 meters, it is necessary to reduce the rated value by 1.5% for every 100 meters of elevation. The maximum working altitude is 2000 meters above sea level.

The rated working altitude is less than 1000 meters above sea level. When the working altitude is higher than 1000 meters, it is necessary to reduce the rated value by 1.5% for every 100 meters of elevation. The maximum working altitude is 2000 meters above sea level.

The rated working altitude is less than 1000 meters above sea level. When the working altitude is higher than 1000 meters, it is necessary to reduce the rated value by 1.5% for every 100 meters of elevation. The maximum working altitude is 2000 meters above sea level.

The rated working altitude is less than 1000 meters above sea level. When the working altitude is higher than 1000 meters, it is necessary to reduce the rated value by 1.5% for every 100 meters of elevation. The maximum working altitude is 2000 meters above sea level.

The rated working altitude is less than 1000 meters above sea level. When the working altitude is higher than 1000 meters, it is necessary to reduce the rated value by 1.5% for every 100 meters of elevation. The maximum working altitude is 2000 meters above sea level.

The rated working altitude is less than 1000 meters above sea level. When the working altitude is higher than 1000 meters, it is necessary to reduce the rated value by 1.5% for every 100 meters of elevation. The maximum working altitude is 2000 meters above sea level.

The rated working altitude is less than 1000 meters above sea level. When the working altitude is higher than 1000 meters, it is necessary to reduce the rated value by 1.5% for every 100 meters of elevation. The maximum working altitude is 2000 meters above sea level.

The rated working altitude is less than 1000 meters above sea level. When the working altitude is higher than 1000 meters, it is necessary to reduce the rated value by 1.5% for every 100 meters of elevation. The maximum working altitude is 2000 meters above sea level.

86kpa～106kpa

86kpa～106kpa

86kpa～106kpa

86kpa～106kpa

86kpa～106kpa

86kpa～106kpa

86kpa～106kpa

86kpa～106kpa

86kpa～106kpa

86kpa～106kpa

86kpa～106kpa

86kpa～106kpa

Dust-free, dry, lockable (e.g. electrical cabinet)

Dust-free, dry, lockable (e.g. electrical cabinet)

Dust-free, dry, lockable (e.g. electrical cabinet)

Dust-free, dry, lockable (e.g. electrical cabinet)

Dust-free, dry, lockable (e.g. electrical cabinet)

Dust-free, dry, lockable (e.g. electrical cabinet)

Dust-free, dry, lockable (e.g. electrical cabinet)

Dust-free, dry, lockable (e.g. electrical cabinet)

Dust-free, dry, lockable (e.g. electrical cabinet)

Dust-free, dry, lockable (e.g. electrical cabinet)

Dust-free, dry, lockable (e.g. electrical cabinet)

Dust-free, dry, lockable (e.g. electrical cabinet)

Install vertically or horizontally

Install vertically or horizontally

Install vertically or horizontally

Install vertically or horizontally

Install vertically or horizontally

Install vertically or horizontally

Install vertically or horizontally

Install vertically or horizontally

Install vertically or horizontally

Install vertically or horizontally

Install vertically or horizontally

Install vertically or horizontally

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

No

Yes

No

Yes

No

Yes

No

Yes

No

Yes

No

Yes