Receiver Series-S1/S1L 1200W Motor Control Board | Industrial Door & Roller Shutter Controller

Receiver Series-S1/S1L 1200W Motor Control Board | Industrial Door & Roller Shutter Controller

Type

Door Automation

Type

Door Automation

Type

Door Automation

Warranty

1 Year

Warranty

1 Year

Warranty

1 Year

Application

Door

Application

Door

Application

Door

Place of Origin

China

Place of Origin

China

Place of Origin

China

Brand Name

DEVELOP

Brand Name

DEVELOP

Brand Name

DEVELOP

Material

Plastic

Material

Plastic

Material

Plastic

Receiver Series-S1/S1L 1200W motor control board supports 110V/230V input, PJ301 protocol, emergency stop input, and stroke learning. Designed for industrial doors and roller shutter systems.

Receiver Series-S1/S1L 1200W motor control board supports 110V/230V input, PJ301 protocol, emergency stop input, and stroke learning. Designed for industrial doors and roller shutter systems.

Receiver Series-S1/S1L 1200W motor control board supports 110V/230V input, PJ301 protocol, emergency stop input, and stroke learning. Designed for industrial doors and roller shutter systems.

Reliable Performance

Designed for stable signal reception and consistent control, ensuring smooth operation of motors and electrical systems in daily use.

Stable Signal Transmission

Provides responsive and accurate command execution, reducing interference and ensuring dependable remote control performance.

Wide Compatibility

Easily integrates with various control systems and motor applications, making it suitable for commercial and industrial automation projects.

Easy Installation

Compact board structure allows flexible installation inside compatible housings, simplifying wiring and reducing setup time.

Product Overview

Receiver Series-S1/S1L is a high-power motor control board designed for industrial doors and roller shutter automation systems requiring stable and straightforward control logic.

With support for dual voltage input and PJ301 reception protocol, the S1 series delivers reliable signal transmission and high load capacity. It integrates emergency stop input capability and configurable stroke learning, making it suitable for professional installations where safety and controlled operation are essential.

Key attributes


The S1/S1L board is compatible with the following receiver housing:

R34

This configuration allows compact installation and easy integration into standard motor control enclosures.

Compatibility & Configuration


The Q1 control board is designed for flexible integration with multiple external housing options, including R34, allowing it to adapt to different installation requirements and system layouts.

For optimized performance, specific housing models are matched with dedicated remote controllers:

  • R34 – compatible with Remote Controller 023

    This structured compatibility ensures stable signal transmission, simplified configuration, and efficient system deployment across various automation applications.


DATA PARAMETERS


Parameter

Specification

Input Voltage (VAC)

230 / 110

Max Power (W)

1200

Auxiliary Voltage

24VDC

Frequency (MHz)

433

Reception Protocol

PJ301

Remote Control Quantity

60

Quantity Overflow Tip

None, automatic coverage

Reception Distance (m)

70

Alarm Light

AC Thyristor

Emergency Stop

Yes, requires short connection or external emergency stop switch

Infrared Protection

Normally open, no short circuit required

Safety Edge Protection

Not supported (-)

Obstruction Action

Stop

Limit Detection

Not supported (-)

Remote Learning

Not supported (-)

Motor Commutation

Not supported (-)

Auto-Close Function

Not supported (-)

Stroke Learning (Run Time)

Supported and duration can be set

Function Reset

Dial return

Impulse / Deadman Mode

Switchable

Single / Multi-Key Mode

Switchable

External Single-Key Switch

Not supported (-)

External Multi-Key Switch

Yes, only open

Controller Button Switch

Shell thin film switch: Up, Down, Stop

Code Clearing Function

Support (●)

Stable Signal Control

Stable Signal Control

Stable Signal Control

Ensures consistent and accurate signal transmission, improving overall system responsiveness and operational reliability.

Ensures consistent and accurate signal transmission, improving overall system responsiveness and operational reliability.

Residential Slide-Gate
Residential Slide-Gate
Residential Slide-Gate
shutter door
shutter door
shutter door

Wide Application Compatibility

Wide Application Compatibility

Wide Application Compatibility

Designed to work with multiple housing types and control systems, allowing flexible integration into different project requirements.

Designed to work with multiple housing types and control systems, allowing flexible integration into different project requirements.

Low Maintenance Design

Low Maintenance Design

Low Maintenance Design

Optimized internal structure reduces wear and operational stress, helping extend service life and minimize maintenance costs.

Optimized internal structure reduces wear and operational stress, helping extend service life and minimize maintenance costs.

Residential Slide-Gate
Residential Slide-Gate
Residential Slide-Gate

FAQs


1. What applications is the S1/S1L receiver suitable for?
It is designed for industrial doors, roller shutters, and high-power motor control systems that require stable reception and simple operational logic.


2. Which reception protocol does the S1 support?
The S1 series supports the PJ301 protocol, ensuring compatibility with matching transmitters in industrial automation environments.


3. Does it support emergency stop functionality?
Yes. It supports emergency stop input and requires either a short connection or an external emergency stop switch for activation.


4. Can the motor running time be configured?
Yes. Stroke learning is supported, and the operating duration can be set to match different installation requirements.


5. Does it support remote learning?
No. Remote learning and motor commutation functions are not supported in this model.


6. What operation modes are available?
Impulse and deadman modes are switchable, and single-key or multi-key control modes can be configured according to project needs.

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