Compare parameters between DCL explosion-proof actuators
| Model | Sudut Ayunan | Torsi/Waktu Operasi | Duty Type | Tegangan Pasokan | Sinyal Masukan/Keluaran | Additional Option |
|---|---|---|---|---|---|---|
| DCL-Ex05 | 0 - 360 ° | 50Nm/20S Opsional dengan 20Nm/4S 30Nm/10S 50Nm/60S | HIDUP - MATI Memodulasi Bergerak perlahan - Memposisikan | DC24V AC24V AC110V AC220V AC380V | 4-20mA 0-10V Antarmuka IO Optional with field bus Modbus-RTU Modbus-ASCII CAN Ethernet | Over torque protection Pengembalian Aman Gagal Pengeringan udara Bus Lapangan |
| DCL-Ex10 | 0 - 90 ° | 100Nm/30S Opsional dengan 50Nm/15S 100Nm/60S | HIDUP - MATI Memodulasi Bergerak perlahan - Memposisikan | DC24V AC24V AC110V AC220V AC380V | 4-20mA 0-10V Antarmuka IO Optional with field bus Modbus-RTU Modbus-ASCII CAN Ethernet | Over torque protection Pengembalian Aman Gagal Pengeringan udara Bus Lapangan |
| DCL-Ex20 | 0 - 90 ° | 200Nm/30S Opsional dengan 100Nm/15S 200Nm/60S | HIDUP - MATI Memodulasi Bergerak perlahan - Memposisikan | DC24V AC110V AC220V AC380V | 4-20mA 0-10V Antarmuka IO Optional with field bus Modbus-RTU Modbus-ASCII CAN Ethernet | Over torque protection Pengembalian Aman Gagal Pengeringan udara Bus Lapangan |
| DCL-Ex40 | 0 - 90 ° | 400Nm/30S Opsional dengan 200Nm/15S 400Nm/60S | HIDUP - MATI Memodulasi Bergerak perlahan - Memposisikan | DC24V AC110V AC220V AC380V | 4-20mA 0-10V Antarmuka IO Optional with field bus Modbus-RTU Modbus-ASCII CAN Ethernet | Over torque protection Pengembalian Aman Gagal Pengeringan udara Bus Lapangan |
| DCL-Ex60 | 0 - 90 ° | 600Nm/45S | HIDUP - MATI Memodulasi Bergerak perlahan - Memposisikan | DC24V AC110V AC220V AC380V | 4-20mA 0-10V Antarmuka IO Optional with field bus Modbus-RTU Modbus-ASCII CAN Ethernet | Over torque protection Pengembalian Aman Gagal Pengeringan udara Bus Lapangan |
Recommend actuator to drive a butterfly valve
Recommend actuator to drive a Ball valve
Recommend actuator to drive a ventilation valve
Recommend valve to be driven by DCL explosion-proof actuator
Note: The recommendations in the above table is for reference only in common application scenario, the specific torque needed to drive the valve is depended up on the real application case.
It is recommended to choose an actuator with 1.1-1.3 times of torque than the value that was finalized after evaluation of torque requirement of valve and liquid pressure in the pipe. This would improve the robust performance in most worst case.
View actuators with different torque
50Nm/20S
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Opsional dengan
20Nm/4S
30Nm/10S
50Nm/60S
100Nm/30S
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Opsional dengan
50Nm/15S
100Nm/60S
200Nm/30S
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Opsional dengan
100Nm/15S
200Nm/60S
400Nm/30S
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Opsional dengan
200Nm/15S
400Nm/60S












