Product Description
The Dual Channel Solid State Relay Control Single Phase SSR-DA Tense is efficient and, first, designed for precise load control. Moreover, it operates smoothly and consistently. Furthermore, it ensures silent operation and fast switching. In addition, it provides long service life and high reliability.
Also, it minimizes power loss. Likewise, it includes strong insulation and excellent heat dissipation. Besides, it resists vibration and moisture. Consequently, it enhances performance. Then, it prevents overheating. Meanwhile, it supports stable current flow. Hence, it’s maintenance-free and safe. Therefore, it delivers reliable output. Additionally, it simplifies installation.
Next, it boosts energy efficiency. Finally, it’s ideal for automation, industrial, and temperature control systems, ensuring accuracy, stability, durability, and energy efficiency. Overall, it’s a smart, durable, and long-lasting control solution.
Features:
Dual-channel solid-state output design
Zero-crossing trigger for smooth operation
High dielectric strength and insulation resistance
LED indication for input signal status
Compact, fan-cooled, and noise-free design
Specifications:
Model: SSR-SK10DA, SSR-SK25DA, SSR-SK40DA,SSR-SK60DA,SSR-SK80DA
Nominal AC current: 10A / 25A / 40A /60A /80A/100A/130A/150A
AC voltage: 24-480 AC.
Control voltage: 3-32V
DC. Control current: 20 mA.
Control method: AC controlled by DC
Type: Dual AC DC control
Indicator: red + green.
Product size: approx. 2,283 x 1,732 x 1102 in.
Uses:
Ideal for industrial automation and temperature control
Used in heater, motor, and lighting control circuits
Suitable for plastic machinery and HVAC systems
Common in resistive and inductive load applications
Benefits:
Provides silent and fast switching
Ensures high durability and performance stability
Reduces maintenance costs and downtime
Enhances control precision and safety
Extends equipment lifespan through reliable operation
Packages Include:
1 x Solid State Relay Dual Channel Control Single Phase SSR-SK10DA Tense