product

DCL Products

Electric actuator

Ultra-resistant tooth profile

Ultra-resistant tooth profile for longer service life and higher adjustment frequency.
Micro-adjustable positioning for long term tolerance and still accurate positioning.

high immunity to electromagnetic interference (EMI)

Ultra-frequency domain anti-interference design, more widely applicable to the electromagnetic complexity of the environment.
We have practical cases in base stations, ultra-high voltage, strong radiation and other electromagnetic harsh conditions.

Fully encapsulated control unit

Fully plasticized control unit, better suited to all types of volatile environments, stronger maintenance-free performance.
Especially suitable for outdoor, high humidity, dust, strong temperature difference and other harsh environments.

Adaptive Valve

Partial rotation
damper
0~90° | 0~360°

扭矩/timing

Torque: 18~2500Nm
timing：2S~75S

Type of control

switching type
regulating type

Tensión de alimentación

DC24V
AC24V
AC110V
AC220V
AC380V

输入/output signal

4~20mA
0~10V
Level | Contacts
Modbus-RTU | CAN | Ethernet

optional

Over-torque protection
Power failure reset
Self-heating dehumidification
self-diagnosis

Explosion-proof series actuator

Para uso en entornos potencialmente explosivos
Matching Angle Stroke Valve
Explosion protection class Exd II CT4Gb
防护等级IP68

General Series Actuator

Matching Angle Stroke Valve
防护等级IP68

Quick-open series actuator

Matching Angle Stroke Valve
防护等级IP68

Ultra Small Series Actuators

Coke size for more compact installation
High-strength die-cast aluminum alloy for greater protection.
High EMI performance.

computer bus

查看《Modbus应用手册》 >

Industrial IoT

您还可以通过WIFI/4G/5GConnecting actuators to the Internet of Things.

You can monitor and record the status of the actuator 24/7 via the cloud. At the same time, the actuator can upload the complete self-diagnosis data to the cloud.

You can categorize your actuators through a mobile app and then configure and manage them centrally on your phone.

In addition, you can also control the actuator via IoT in certain remote distributed flow control areas. This function is extremely friendly for those hydrological, urban water, building, modern agriculture and other wide-area multi-point intelligent control system.

This is because direct point-to-point communication has been established between the intelligence platform and the actuators. This type of communication gives your system unparalleled resilience compared to traditional multi-level forwarding architectures. Now all you need to do is issue commands over the Internet and leave the rest to the actuators. So, say goodbye to N-tier systems in the middle!