Product Overview

MT100 is a Hanyoung NUX temperature controller for monitoring and regulating process temperature. The available configuration is built around the listed sensor inputs, control method and output arrangement, with model information of MT100. Input type: Pt 100 Ω, K(CA), J; Input type: Contact input; Heating Output: Type | Voltage Pulse output : Over 12 V d.c.; Cooling Output: Type | Contact output of relay : 250 V a.c. 1 A, 30 V d.c. 1 A.

For panel and process selection, the important characteristics are the input sensor type, control response, power requirements and display or communication options. Display: 128 x 64 MONO LCD; Communication: Protocol | PC－LINK With SUM; Communication Type: RS485/422(2 Line Half Duplex / 4 Line Half Duplex; Communication connection: 2 Line Half Duplex / 4 Line Half Duplex.

Key Features

Key strengths of the MT100 come from the combination of its functional configuration and practical installation specifications. The following characteristics highlight the values that matter most when comparing the product with equipment requirements.

Input type: Pt 100 Ω, K(CA), J; Power supply voltage: 100 - 240 V a.c. (Operating voltage range:± 10 % of rate supply voltage); Sampling cycle: 1 s; Display: 128 x 64 MONO LCD; Power consumption: Max 6.5 W.

• Input type: Pt 100 Ω, K(CA), J
• Power supply voltage: 100 - 240 V a.c. (Operating voltage range:± 10 % of rate supply voltage)
• Sampling cycle: 1 s
• Display: 128 x 64 MONO LCD
• Power consumption: Max 6.5 W
• Communication: Protocol | PC－LINK With SUM
• Input type: Contact input
• Heating Output: Type | Voltage Pulse output : Over 12 V d.c.
• Cooling Output: Type | Contact output of relay : 250 V a.c. 1 A, 30 V d.c. 1 A
• Contact Output: Number of input | Max 6 contacts

Technical Characteristics

The MT100 is specified by its sensor input, control output, electrical supply, sampling behaviour and accuracy. These values determine how the controller measures temperature and applies its selected control response. Contact Output: Number of input | Max 6 contacts; Output Signal: Relay form A contact; Output Rating: 250 V a.c. 1 A, 30 V d.c. 1 A; Number of outputs: 1 contact.

Additional technical characteristics include Output type: Voltage Pulse; Output capacity: MIN. 12 V and over (Over 600 Ω of load resistance); Output type: Relay A contact.

Design and Construction

The physical design of MT100 should be considered together with the installation environment and the available mounting or display arrangement. Insulation resistance: Above 20 MΩ at 500 V d.c.; Dielectric strength: Measuring terminal - earth terminal : 2300 V a.c. for 1 minute Power terminal - earth terminal : 2300 V a.c. for 1 minute Measuring terminal - power terminal : 2300 V a.c. for 1 minute; Max. communication distance: 1200 m; Communication sequence: None.

Further construction and environmental details include Communication speed: 9600 bps; Data length: 8 bits; Protocol: PC-LINK With SUM.

Integration and Operation

Integration of MT100 requires the correct sensor input, control output, supply voltage and configuration settings for the application. Contact capacity: 250 V a.c. 1 A, 30 V d.c. 1 A; Number of outputs: 6 contact; Voltage Pulse output: Over 12 V d.c.; Contact output of relay: 250 V a.c. 1 A, 30 V d.c. 1 A.

Additional operating and interface details include Power supply voltage: 100 - 240 V a.c. (Operating voltage range:± 10 % of rate supply voltage); Frequency: 50/60 Hz; Power consumption: Max 6.5 W. These values provide a practical reference for wiring, setup and normal operation within the selected configuration.

Selection and Use

Choose MT100 by confirming the exact model or configuration against the required operating conditions. The available model information is MT100. Accuracy: ± 0.3 % of FS; Sampling Time: 1 s; Measurement Range: 0 ~ 300 ℃; Accuracy: ± 3 % of FS.

Before installation, confirm Sampling period: 1 s; Measurement range: 0 ~ 300 ℃; Measurement accuracy: (± 0.3 % of F.S)± 1 = digit. Matching the model, electrical ratings, signal requirements, physical arrangement and environmental limits helps keep the product within its specified operating conditions.