الوصف

Product Description

�

�

Applications:

Torque motor controller instead of three-phase auto transformers, specially designed for an advanced fully electronic control device can work in resistance, inductive load. The module uses single-chip design, built-in voltage feedback, is widely used in AC and DC motor speed control, torque motor speed regulator on the primary side of the transformer, welding, temperature control, electroplating. Since the controller uses an electronic adjustment, no contact wear, the voltage regulator balance, good starting performance, the controller has a small size, light weight, high efficiency, small heat, saving energy (measured by the average energy saving of *7% or more). Long life, easy maintenance. Single phase thyristor main circuit anti-parallel (reverse voltage high), changing the SCR

Input Parameters:

Control voltage: *2VDC

Control mode: �**5VDC ***0mA *0K Potentiometer

Control current: **0mA

Model: TSR*6DA-WL TSR**0DA-WL TSR**5DA-WL TSR**0DA-WL TSR**5DA-WL

Output parameters:

Load current: �6A *0A *5A *0A *5A

Load voltage: �****0VAC

Buck-state:�� ?1.8VAC

Off time:������ ?*0ms

Dielectric Strength: ***0VAC�

Insulation resistance: ***0M?/**0VDC

Ambient temperature:**0�C~**5�C

Installation:��� Bolt

Work instructions: LED

Weight: **0g

�

Safety Precautions:

Load current above *0A must be used when installed in the radiator or cooling effect with the corresponding metal floor and solid state relay heat between the base plate and mounting surface coated with thermal grease, *0A more plus fan forced cooling or water cooling.

Using the AC inductive load, high transient voltage and surge current is applied to the output side, which may cause the solid state relay conduction or damaged, usually at the output with specific clamping voltage control devices, such as two-regulator diode or varistor (MOV). Varistor recommended to take 1.**1.9 times the rated voltage.

Control close to the minimum load current is small current load, it should be parallel with the load a dummy load resistor, the output has been reduced leakage current at the load produces higher residual voltage.

In order to avoid the temperature rise of solid state relays exceed the allowable value, the cooling effect should be considered in the design and application installation location, only when two or more solid state relays side by side, they should leave appropriate spacing.

More than just solid state relay output may not be used in parallel, in an attempt to increase the output current. But the output can be used in tandem in order to use a higher voltage.

When using more than just sharing a solid-state relays control power, the which can be used in tandem can also be used in parallel.

Please caution times capacitive load parts, please select the capacitive load dedicated solid state relays.

�

�

�

�