Controllers
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Our advanced controllers are designed to seamlessly execute commands issued by artificial intelligence software, enabling smart control over existing equipment such as valves, motors, and more. By integrating intelligence into everyday operations, our solutions optimize efficiency and functionality, ensuring precise manipulation of machinery and systems in real-time.
Control System for HVACs
Advance system designed to optimize pressure, temperature and humidity levels in HVAC supply and return channels to ensure optimal indoor climate control while maximizing energy efficiency and occupant comfort
- Temperature measurement accuracy of ±0.1 degrees Celsius.
- Humidity measurement accuracy of ±1 percent relative humidity (R/H).
- Precise monitoring of air pressure in both outgoing and return channels.
- Pressure measurement accuracy of ±1 pascal within the range of +50 to -50 pascal.
- Integration of monitoring sensors for fire detection, antifreeze levels, and monitoring of hot and cold-water flow.
- Advanced system error detection capabilities including bimetal errors, two-phase issues, motor failure, belt tearing, and more.
- Efficient control of HVAC groups utilizing Proportional-Integral-Derivative (PID) control algorithms.
- Supported Protocols: TCP-IP, HTTP, Telnet, SNMP, TCP-Modbus, PING, HTTP XML
- Features: Changeable IP Address, Encryption, RJ45 Connectivity
Bioreactor Controller
Effective management of critical parameters within a bioreactor—namely temperature, pH, pure oxygen (pO2), agitation, and pressure—is crucial for sustaining an optimal physical and chemical environment that enhances cell performance. (Bioreactors are specifically engineered vessels that facilitate the efficient transformation of biochemicals into valuable products by enzymes or whole cells. These systems are integral to various sectors, including pharmaceuticals and agriculture.)
Intelligent Irrigation Control System
This solution is advanced approach to managing irrigation in agriculture that optimizes water usage and enhances crop productivity. These systems employ various sensors, data analytics, and automated controls to ensure plants receive the precise amount of water needed at the right time, based on specific conditions such as soil moisture, weather predictions, and plant water requirements.
- Ability to schedule up to 4 irrigation times per day for 7 days of the week.
- Display functionality to indicate the status of pumps and valves.
- Built-in permanent memory to retain settings during power outages.
- Capability for remote control and information transmission via SMS.
- Integration with fixed telephone line for remote control.
- User-friendly interface for ease of use.
- Enhanced security features including password protection.
- Manual irrigation control via phone line or SMS.
- Compatibility with intelligent meteorological systems for optimized irrigation scheduling.
- Capacity to control auxiliary devices, including pumps up to 1000 watts.
- Supported Protocols: TCP-IP, HTTP, Telnet, SNMP, TCP-Modbus, PING, HTTP XML
- Features: Changeable IP Address, Encryption, RJ45 Connectivity.
Intelligent Irrigation Control System
This device is engineered for sensitive equipment found within data centers, hospitals, laboratories, and industrial control systems. It facilitates the seamless transfer of electricity from two independent sources, enhancing the reliability of their operation. Additionally, it can be designed in a 3-phase mode, accommodating higher current and voltage requirements.
- Latency: Approximately 12 milliseconds
- Line Rated Current: 40A
- Input Voltage: Single phase 2110V or 2220V
- Rack Unit: 2U
- Operating Temperature: 0°C to 50°C
- Operating Humidity: 5% to 95% RH
- Supported Protocols: TCP-IP, HTTP, Telnet, SNMP, TCP-Modbus, PING, HTTP XML
- Features: Changeable IP Address, Encryption, RJ45 Connectivity
