LM230A - Belimo Damper actuator 5 Nm, 150 s, 95° AC 230 V | Belimo Actuators

At IACS we provide Free Delivery and Next 1-2 day Delivery for all the Belimo Actuators in stock.

The Belimo LM230A is an Actuator used in HVAC systems and applications to manage dampers.

This type of Actuator applies a Rotary motion to regulate the damper.

The Torque force applied by the LM230A is 5 Nm.

The power supply requested for this Rotary Actuator is 230Vac.

If you have questions concerning size or installation, refer to the Belimo custom datasheet above or email iacs for individualised support.

The LM230A damper actuator from Belimo is a versatile and reliable solution for controlling the flow of air in HVAC systems. With a 3-point stroke range of 0 to 100 mm, this actuator can open or close dampers with ease, and features a manual override with a convenient push-button. The actuator can be controlled with a single- or 2-wire contact, and comes with a 1-meter PVC cable for easy installation. The direction of rotation is reversible, and the angle of rotation is limited by mechanical end stops on both sides.

This actuator boasts a range of technical features that make it an ideal choice for HVAC applications. It has a nominal voltage of AC 100-240 V, 50/60 Hz, and a power consumption of 1.5 W while in operation, and 0.4 W while at rest. With a torque of 5 Nm at nominal voltage, the actuator can handle demanding airflow control tasks. The unit is totally insulated, and has a degree of protection of IP54 in any mounting position, making it suitable for use in a wide range of environments.

The LM230A is also maintenance-free and has a sound power level of 35 dB (A) making it a suitable option for noise sensitive areas. It is also CE compliant for EMC and low voltage directive.

This actuator is also lightweight, at approximately 500 grams, making it easy to install and maintain. Its dimensions are also provided in the datasheet. Overall, the LM230A is a reliable and cost-effective choice for controlling airflow in HVAC systems.