Description

AUTOTECH CONTROLS SAC-RL100-M11T

1. Basic Information

AUTOTECH CONTROLS SAC-RL100-M11T is an industrial resolver. This series features high-precision signal processing, high reliability and strong compatibility, widely applied in signal acquisition and conversion scenarios of industrial automation systems. Designed specially for on-site industrial signal collection, processing, conversion and protocol adaptation, it serves as a core component to realize interconnection and data exchange of heterogeneous equipment and ensure continuous and stable operation of industrial control systems. Integrated with high-precision signal conversion, multi-protocol compatibility, real-time fault detection & isolation and modular design technologies, it boasts core advantages including high-accuracy data acquisition, multi-protocol support, strong anti-interference capability and easy maintenance.

It is mainly used to receive analog and digital signals from on-site industrial sensors, transmitters and other devices, convert them into standard industrial protocol signals to achieve seamless data interaction with upper computers such as PLC, DCS and SCADA. Meanwhile, it supports real-time offline fault detection and isolation to prevent fault propagation and guarantee continuous system operation, meeting signal processing demands of process control, machine control, motion control and other industrial scenarios. Adopting robust industrial design and supporting DIN rail mounting, it is classified as industrial signal analysis and conversion component. It can be directly integrated into various industrial automatic control systems and data acquisition systems to satisfy signal link construction and heterogeneous equipment interconnection needs in multiple industries.

It possesses excellent environmental adaptability and anti-interference performance, complying with NEMA 6P protection standard and supporting underwater operation up to 100 feet deep. It can withstand harsh on-site conditions including dust, humidity, vibration and temperature fluctuation. It is compatible with mainstream industrial communication protocols such as RS485, EtherCAT, Modbus RTU/TCP and Profinet, enabling interconnection of control devices from different manufacturers. Widely used in manufacturing, chemical, food, power and other industries, it provides solid guarantee for signal collection, conversion and data transmission of industrial automation systems.

With core strengths of high-precision signal conversion, multi-channel acquisition, multi-protocol compatibility and real-time fault detection, AUTOTECH CONTROLS SAC-RL100-M11T is applicable to various complex industrial automation scenarios. It is especially suitable for process control and SCADA system construction which have strict requirements on signal acquisition accuracy, system reliability and equipment interconnection performance. As an indispensable core device in industrial automatic signal processing field, it effectively improves system data collection efficiency, stabilizes equipment interconnection and reduces downtime risks caused by faults.

2. Technical Specifications

2.1 Core Electrical & Signal Specifications

Power Supply: Standard operating voltage is AC 220V, which can be flexibly adjusted according to practical application requirements. It matches conventional industrial power supply circuits with flexible power configuration, meeting power demands of different systems and ensuring long-term stable power supply.
Signal Acquisition & Conversion: Supports digital input and output, compatible with TTL and high-voltage signals. It features high-precision signal conversion and data collection performance, which can accurately receive analog and digital signals from on-site sensors and transmitters and convert them into standard industrial protocol signals to ensure high accuracy of data acquisition and conversion. Built-in photoelectric isolation technology effectively restrains electromagnetic interference and enhances overall system operational reliability.
Channel Parameters: Maximum 128 channels are supported for simultaneous collection of various signal types. It satisfies synchronous multi-device and multi-parameter acquisition requirements without additional acquisition modules, simplifying overall system design.
Communication Parameters: Compatible with multiple mainstream industrial communication protocols including RS485, EtherCAT, Modbus RTU/TCP and Profinet. It can flexibly adapt to bus architectures of different industrial control systems and realize data exchange with upper computers like PLC, DCS, SCADA as well as field devices. Stable communication ensures real-time data transmission and improves system response efficiency.
Temperature Resistance: Operating temperature range: -10°C ~ +50°C. It resists ambient temperature changes in industrial sites, avoiding equipment damage, signal distortion and communication disconnection caused by abnormal temperature and ensuring stable operation under normal industrial environments.

2.2 Physical & Structural Specifications

Mounting Method: DIN rail mounting is available in line with industrial standard installation rules. It features easy installation, rapid integration into industrial control cabinets, convenient overall layout arrangement as well as later maintenance and expansion.
Overall Dimensions: Adopts standard industrial packaging, dimension: 364.4mm×243.5mm×19.2mm (L×W×H). Compact structure fits installation space of industrial control cabinets without occupying extra space.
Weight: Approximately 1.7kg. Solid structure with moderate weight facilitates field installation and deployment without increasing load of control cabinets and mounting brackets, balancing sturdiness and practicality.
Enclosure & Connection: Adopts high-strength industrial enclosure with NEMA 6P protection grade, delivering outstanding waterproof, dustproof and anti-corrosion performance. It can work stably in humid, dusty and even underwater harsh working environments against severe on-site conditions. Equipped with dedicated wiring terminals and standard communication interfaces with reasonable layout for convenient on-site wiring and commissioning. Firm terminal tightening is required to ensure stable connection and reliable signal transmission.
Product Features: Modular design facilitates system expansion and daily maintenance, allowing flexible addition or removal of channels and functional modules as required. Industrial-grade anti-interference design endows it with excellent EMC resistance, vibration resistance and wide temperature adaptability to fit complex industrial working conditions and extend service life. It supports real-time offline fault detection and isolation to timely locate and cut off faulty points, stop fault spreading and maintain continuous system operation.

2.3 Core Function & Compatibility Specifications

Core Functions: It integrates high-precision signal acquisition, signal conversion, protocol conversion, multi-channel synchronous collection, real-time fault detection and isolation functions. It converts various on-site analog and digital signals into standard industrial protocol signals to realize interconnection and data sharing among heterogeneous devices. It monitors equipment running status and signal transmission status in real time and isolates faults timely to keep other parts of the system running normally. Multi-channel synchronous acquisition greatly boosts data collection efficiency.
Integration Performance: Highly integrated design embeds signal acquisition unit, signal conversion unit, protocol conversion unit and fault detection unit. No extra auxiliary accessories are needed for direct access into industrial automatic control systems, which simplifies system design and wiring and cuts down construction and maintenance costs. Modular structure supports convenient functional upgrading according to actual production demands.
Compatibility: Fully compatible with all types of sensors and transmitters, supporting TTL and high-voltage signal acquisition to meet collection needs of different signal types and ranges. It matches upper industrial control hosts such as PLC, DCS and SCADA, realizing data intercommunication and remote control via diverse industrial communication protocols. It can work cooperatively with other AUTOTECH CONTROLS series products and third-party industrial equipment to improve flexibility and expandability of system integration.
Reliability & Practicality: It has superior anti-interference, waterproof, dustproof and stable operating performance for long-term low-failure operation on industrial sites and lower maintenance expenses. High-precision signal processing capability guarantees data accuracy and provides credible basis for control decisions of upper systems. Real-time fault diagnosis and isolation shorten system downtime and raise production efficiency. Modular structure and easy installation mode reduce later maintenance and expansion costs.

3. Working Principle

Equipment Initialization & Parameter ConfigurationAfter power-on, the device completes automatic initialization. Operators can set power parameters, communication protocol parameters, channel acquisition parameters, fault detection thresholds and other items according to actual on-site working conditions. The modular structure supports flexible parameter configuration which can be adjusted based on signal types and acquisition requirements to adapt to diverse application scenarios.
Signal AcquisitionConnected with on-site sensors and transmitters through multi-channel interfaces, the device collects real-time various analog and digital signals including TTL signals and high-voltage signals. Photoelectric isolation technology is adopted during collection to suppress electromagnetic interference and ensure stability and accuracy of collected signals. Multi-channel design enables synchronous multi-signal acquisition and improves overall data collection efficiency.

Signal & Protocol ConversionOriginal collected signals are transmitted to the signal conversion unit for filtering, amplification and calibration, then converted into standard electrical signals. Afterwards, the protocol conversion unit converts standard electrical signals into mainstream industrial protocol signals such as Modbus and Profinet, which can be identified and received by PLC, DCS, SCADA and other upper computers to realize smooth data exchange between heterogeneous devices.
Data Transmission & Fault DetectionConverted standard protocol signals are uploaded to upper systems via communication interfaces. Meanwhile, the device monitors its own operating state, signal collection status and communication link status in real time. Once abnormal signals, communication interruption or equipment faults are detected, the fault isolation function will be activated immediately to prevent faults from spreading across the whole system. Fault information will be synchronously sent to upper computers for rapid troubleshooting and ensure uninterrupted system operation.

4. Application Scenarios

4.1 Manufacturing Industry

It is widely used in assembly lines and automatic production lines of automobile, machinery and electronic manufacturing industries. As a core signal analysis and conversion device, it collects signals from various sensors and actuators and converts them into standard industrial protocol signals to realize data interaction with PLC and upper computers, achieving real-time monitoring and control over production processes. Its built-in fault detection function ensures continuous line operation and improves production efficiency and finished product quality.

4.2 Chemical Industry

Applied to process control occasions in chemical plants, it connects various on-site measuring instruments and transmitters to collect process parameters including temperature, pressure and flow. After signal conversion and protocol adaptation, data will be transmitted to DCS systems to realize real-time monitoring and remote regulation of chemical production processes. Its NEMA 6P high-level protection performance enables stable operation in humid, dusty and corrosive chemical working environments.

4.3 Food Industry

Suitable for automatic control systems of food processing production lines, it collects temperature, humidity, liquid level and other processing parameter signals and converts them into standard protocol signals to achieve linkage control with upper computers, ensuring stable and consistent food processing techniques. Its excellent waterproof and dustproof performance adapts to clean and humid working environments in food workshops and avoids production suspension caused by equipment faults.

4.4 Power & General Industrial Fields

It is applicable to power system monitoring scenarios, collecting operating parameters and status signals of power equipment and transmitting converted standard signals to SCADA systems to realize real-time supervision and fault early warning of power facilities. Besides, it can be used for signal collection, conversion and heterogeneous equipment interconnection in other general industrial fields, providing flexible signal processing solutions for industrial automation system construction and enhancing system compatibility and operational stability.