Product Overview

MC9 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 MC9. Control output: Relay output | Contact capacities: 1a, 250Va.c., 3A. (resistance load) Proportional cycle: 1 to 1,000 seconds Time resolution: 0.1 % or 10 ms, whichever is smaller; Alarm output (Relay): Temperature alarm (AL1,2,3) | 1a, 250 V a.c., 1 A. 30 V d.c. 1 A (Resistance load) Output score : Up to 3 points (depending on the selection specification); Output score: Up to 3 points (depending on the selection specification); Sampling cycle: 1 second.

For panel and process selection, the important characteristics are the input sensor type, control response, power requirements and display or communication options. The degree of display level: Thermocouple : ±(0.3 % of F.S ±1Digit) or ±2 °C, whichever is greater RTD : (±0.3 % of F.S ±1Digit) or ±0.8 °C, whichever is greater DC voltage : ±0.3 % of F.S ±1Digit; Input display resolution: Basically, below the decimal point of the "measurement range index"; Communication method: 2-wire half-duplex, or 4-wire half-duplex; Communication order: No order.

Key Features

Key strengths of the MC9 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.

Acceptable input voltage: Within 2–5 V (thermal band, thermoelectric resistor), within -5–12 V (d. c. voltage); Control output: Relay output | Contact capacities: 1a, 250Va.c., 3A. (resistance load) Proportional cycle: 1 to 1,000 seconds Time resolution: 0.1 % or 10 ms, whichever is smaller; Power supply voltage: 100 - 240 V a.c., 50 / 60 ㎐; Sampling cycle: 1 second; The degree of display level: Thermocouple : ±(0.3 % of F.S ±1Digit) or ±2 °C, whichever is greater RTD : (±0.3 % of F.S ±1Digit) or ±0.8 °C, whichever is greater DC voltage : ±0.3 % of F.S ±1Digit.

• Acceptable input voltage: Within 2–5 V (thermal band, thermoelectric resistor), within -5–12 V (d. c. voltage)
• Control output: Relay output | Contact capacities: 1a, 250Va.c., 3A. (resistance load) Proportional cycle: 1 to 1,000 seconds Time resolution: 0.1 % or 10 ms, whichever is smaller
• Power supply voltage: 100 - 240 V a.c., 50 / 60 ㎐
• Sampling cycle: 1 second
• The degree of display level: Thermocouple : ±(0.3 % of F.S ±1Digit) or ±2 °C, whichever is greater RTD : (±0.3 % of F.S ±1Digit) or ±0.8 °C, whichever is greater DC voltage : ±0.3 % of F.S ±1Digit
• Power consumption: 21 VA
• Communication method: 2-wire half-duplex, or 4-wire half-duplex

Technical Characteristics

The MC9 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. Response delay time: Receipt processing time + (response time X 10); Acceptable input voltage: Within 2–5 V (thermal band, thermoelectric resistor), within -5–12 V (d. c. voltage); Power supply voltage: 100 - 240 V a.c., 50 / 60 ㎐; Voltage fluctuation rate: Power supply voltage ±10 %.

Additional technical characteristics include Power consumption: 21 VA; Communication distance: 1.2 ㎞ max; Communication speed: 1,200/2,400/4,800/9,600/19,200/38,400/ 57,600/76,800/115,200 bps (Change by parameter setting).

Design and Construction

The physical design of MC9 should be considered together with the installation environment and the available mounting or display arrangement. Weight: 700 g; Insulation resistance: 20 ㏁ or morte (500 V d.c.), Measurement terminal-Power terminal; Ambient temperature: 0 - 50 ℃; Ambient humidity: 35 - 85 % RH (Without condensation).

Further construction and environmental details include Storage temperature: -25 ~ 65 ℃; Vibration resistance: 10 - 55 ㎐, One-sided width 0.75 ㎜, Three axis, in each direction, 2h; Shock resistance: 300 m/s², Three axis, in each direction. Three times each.

Integration and Operation

Integration of MC9 requires the correct sensor input, control output, supply voltage and configuration settings for the application. Protocol: PC Link SUM none(0), PC Link SUM Have (1) Modbus ASCII(2), Modbus RTU(3); Acceptable input voltage: Within 2–5 V (thermal band, thermoelectric resistor), within -5–12 V (d. c. voltage); Control output: Relay output | Contact capacities: 1a, 250Va.c., 3A. (resistance load) Proportional cycle: 1 to 1,000 seconds Time resolution: 0.1 % or 10 ms, whichever is smaller; Power supply voltage: 100 - 240 V a.c., 50 / 60 ㎐.

Additional operating and interface details include Sampling cycle: 1 second; The degree of display level: Thermocouple : ±(0.3 % of F.S ±1Digit) or ±2 °C, whichever is greater RTD : (±0.3 % of F.S ±1Digit) or ±0.8 °C, whichever is greater DC voltage : ±0.3 % of F.S ±1Digit; Power consumption: 21 VA. These values provide a practical reference for wiring, setup and normal operation within the selected configuration.

Selection and Use

Choose MC9 by confirming the exact model or configuration against the required operating conditions. The available model information is MC9. Scaling: 0.0 % ~ 100.0 % of F.S; Acceptable input voltage: Within 2–5 V (thermal band, thermoelectric resistor), within -5–12 V (d. c. voltage); Control output: Relay output | Contact capacities: 1a, 250Va.c., 3A. (resistance load) Proportional cycle: 1 to 1,000 seconds Time resolution: 0.1 % or 10 ms, whichever is smaller; Power supply voltage: 100 - 240 V a.c., 50 / 60 ㎐.

Before installation, confirm Sampling cycle: 1 second; The degree of display level: Thermocouple : ±(0.3 % of F.S ±1Digit) or ±2 °C, whichever is greater RTD : (±0.3 % of F.S ±1Digit) or ±0.8 °C, whichever is greater DC voltage : ±0.3 % of F.S ±1Digit; Power consumption: 21 VA. Matching the model, electrical ratings, signal requirements, physical arrangement and environmental limits helps keep the product within its specified operating conditions.