Low Standby Power Solar Linear Actuator For Large CSP Tower Arrays

Name: Low Standby Power Solar Linear Actuator For Large CSP Tower Arrays
Brand: Dongguan TOMUU Actuator Technology Co., Ltd.
SKU: U23D
Price: 102.00 USD
Availability: InStock

Basic Properties

Place of Origin: Guangdong, China

Brand Name: TOMUU

Certification: ce

Model Number: U23D

Trading Properties

Minimum Order Quantity: 1 piece

Price: $82-123 / piece

industrial electric linear actuator

linear actuator industrial

Specifications

Construction:	Permanent Magnet	Protect Feature:	Waterproof
Type:	Gear Motor	Usage:	Solar
Warranty:	3 Months ~ 1 Year	Rated Voltage:	24Vdc
Max. load:	55000N	Stroke:	0-800mm Customized
Speed:	0.125-1.5mm/s @ No Load	Protection class:	IP65
Duty cycle:	10%	Position Feedback:	Hall Sensor
High Light:	low standby power solar linear actuator , industrial linear actuator for CSP towers , large CSP tower solar actuator

Product Description

Low Standby Power Solar Linear Actuator for Large CSP Tower Arrays

The TOMUU U23D low standby power solar linear actuator minimizes idle power consumption for large multi-mirror CSP tower heliostat arrays. Operating on 24V DC power supply, it delivers balanced 40,000N push-pull dynamic thrust with 55,000N maximum static load capacity. Features IP66 fully sealed housing with breather valve and oil filling port, adjustable precise low speed of 0.125-1.5mm/s, CE certification, and custom stroke options for massive mirror array solar thermal tower power stations.

TOMUU U23D High Precision Linear Actuator for solar tower heliostat tracking system

Technical Specifications

Parameter	Specification
Voltage	24V DC
Max Load	55,000N
Speed	0.125-1.5mm/s
Duty Cycle	10%
Protection Class	IP65/IP66/IP67
Noise Level	≤60dB
Stroke	50-800mm
Material	Aluminium Alloy

Product Dimensions

U23D Linear Actuator dimensional diagram and measurements

Key Advantages

Internal self-locking screw structure draws nearly zero standby power when heliostat mirrors remain fixed at target sunlight angles during midday stable illumination
Drastically reduces total auxiliary power consumption across thousands of mirror units on large CSP tower arrays
High-efficiency motor only consumes power during active tracking movement cycles, significantly lowering long-term plant electricity operating expenses
Cold-resistant transmission components maintain low power draw even at -40℃ plateau temperatures
Multi-layer IP66 sealing extends service life with minimal maintenance demand for massive mirror tower arrays