S.N. Incom Solutions

• Completely modular, easy to mount, classy designs.
• Available five lens colors, Red, yellow, green, blue & white.
• Available in black & grey housing, 4 different mounting styles.
• Built-in buzzer module, Piezo Buzzer, Configurable up to 5 tiers.
• Illumination include incandescent, LED, strobe & spl. flashing LED.
• Stylish elliptical body, unique lens shape, 360° visual appearance.
• Light modules in 12Volts & 24Volts AC/DC, 120Volts & 240Volts AC.

• Microprocessor controller, format 48x48 (1/16 DIN) manufactured using SMT.
• Provides a complete operator interface protected by a Lexan membrane that ensures level IP65 faceplate protection.
• It has 4 keys, two green LED displays, each with 4 digits, 4 red signal LED's for the 4 logic or relay outputs, and 3 other programmable LED's to signal the various operational states of the instrument.
• The main input for process variable is universal, and many types of signals can be connected: thermocouples, resistance thermometers, thermistors, normalized linear inputs, all with possibility of custom linearization using the faceplate keys.
• The type of input is selected from the faceplate keys; no external shunts are required.
• A second auxiliary analog input from the current transformer is also available.
• With the isolated digital input you can select: one of the two presettable setpoints, select Manual-Automatic mode, reset the alarms memory, or enable the hold function.
• The instrument can have up to 4 outputs: relay (3A, 250V) or logic (12Vdc, 20mA).
• An analog output in voltage or current is also available.
• The function of each output is freely configurable from the faceplate keys.
• In addition to control and alarm outputs, you can have outputs that repeat the state of the digital or retransmission input by process variable, setpoint, drift, alarm limits and values acquired from serial line.
• Another isolated output (at 10 or 24Vdc, 30mA max.) is available to power external transmitters.
• The serial communication option (available in RS485 standard) allows connection to supervision systems and PLCs with two protocols: GEFRAN CENCAL and MODBUS RTU.
• Instrument programming is facilitated by grouping parameters in functional blocks (CFG for control parameters, Inp for inputs, Out for outputs, etc.).
• The instrument can also select display parameters based on hardware configuration, automatically masking irrelevant parameters.
• The instrument is supplied with an "EASY" configuration with just a few parameters (only those for the model ordered and essential for controller operation).
• In this way, you just have to set the setpoint and alarm, and launch selftuning from the button. The 600 does all the rest.
• A PC programming kit is available for even simpler configuration, composed of a cable and a guided program for Windows environment (see data sheet code 80020).

The input signal can be selected from a wide range of sensors:

• Potentiometer (minimum 100W)
• Load cell with sensitivity autoranging between 1,5 and 3,3mV/V
• Strain-gauge pressure sensor

The selection is made using the faceplate keys.

A digital input (24Vdc/5mA) is available for resetting, hold, flash, peak handling or releasing latch.

The instruments have a maximum of 4 outputs that can be mechanical relays or logic outputs.

One output of 0/4 to 20mA (max. 500W) is available for retransmitting the measured input signal.

The retransmission output, the digital input and the third output are options available contemporaneously.

Finally, a triac can be fitted to drive resistive loads up to a maximum of 1A at 240V.

Additional Information:

• Item Code: 40B96
• Production Capacity: 100
• Delivery Time: EX-STOCK

The Mould Temperature Controller Unit (MTCU) is designed to precisely control the temperature of molds in industrial manufacturing processes such as injection molding, die casting, and thermoforming. By maintaining optimal mold temperatures, the MTCU helps improve product quality, reduce cycle times, and enhance energy efficiency. It ensures uniform heat distribution across the mold, which is essential for consistent and high-quality production.

• The TCN series dual display PID temperature controllers offer excellent performance and cost efficiency. The controllers offer high-speed sampling rate of 100 ms and ±0.5% display accuracy. Relay output and SSR drive output are both supported. The TCN series models can simultaneously display PV and SV. The bright LED displays with large characters provide easy and clear value readings.
• Dual digital display (PV/SV)
• 100ms high-speed sampling rate and ±0.5% display accuracy
• Switch between relay output and SSR drive output (patent) *
• SSR drive output (SSRP function) control options : ON/OFF control, cycle control, phase control
• Compact design with large display panels for easier reading
• Connector plug types offer easier wiring and maintenance (TCN4S-???-P)

• The TCN series dual display PID temperature controllers offer excellent performance and cost efficiency. The controllers offer high-speed sampling rate of 100 ms and ±0.5% display accuracy. Relay output and SSR drive output are both supported. The TCN series models can simultaneously display PV and SV. The bright LED displays with large characters provide easy and clear value readings.
• Dual digital display (PV/SV)
• 100ms high-speed sampling rate and ±0.5% display accuracy
• Switch between relay output and SSR drive output (patent) *
• SSR drive output (SSRP function) control options : ON/OFF control, cycle control, phase control
• Compact design with large display panels for easier reading
• Connector plug types offer easier wiring and maintenance (TCN4S-???-P)

Key features of a mould temperature controller include:

• Accurate Temperature Control: Ensures consistent mould temperature for uniform product quality.
• Heating and Cooling Systems: Enables rapid adjustments to temperature changes.
• User-Friendly Interface: Simplifies operation with intuitive controls and real-time monitoring.
• Energy Efficiency: Optimized design to reduce energy consumption and operational costs.
• Durability and Safety: Built with robust materials and safety mechanisms to withstand high-temperature operations.

Additional Information:

• Item Code: SN-MTC-W-ONL
• Production Capacity: 25
• Delivery Time: Immediate

• The TCN series dual display PID temperature controllers offer excellent performance and cost efficiency. The controllers offer high-speed sampling rate of 100 ms and ±0.5% display accuracy. Relay output and SSR drive output are both supported. The TCN series models can simultaneously display PV and SV. The bright LED displays with large characters provide easy and clear value readings.
• Dual digital display (PV/SV)
• 100ms high-speed sampling rate and ±0.5% display accuracy
• Switch between relay output and SSR drive output (patent) *
• SSR drive output (SSRP function) control options : ON/OFF control, cycle control, phase control
• Compact design with large display panels for easier reading
• Connector plug types offer easier wiring and maintenance (TCN4S-???-P)

The Mould Temperature Controller Unit (MTCU) is a high-performance system designed to regulate and control the temperature of molds during industrial processes such as injection molding, die casting, and thermoforming. Oil is used as the primary heat transfer medium, providing superior thermal conductivity and precise temperature management. The oil-based system allows for more stable and efficient control of mold temperatures, ensuring that the molds heat up and cool down uniformly. This enhances product quality, reduces cycle times, and improves energy efficiency—making it an essential tool for high-precision applications where temperature stability is critical.

 The Mould Temperature Controller Unit (MTCU) is a high-performance system designed to regulate and control the temperature of molds during industrial processes such as injection molding, die casting, and thermoforming. Oil is used as the primary heat transfer medium, providing superior thermal conductivity and precise temperature management. The oil-based system allows for more stable and efficient control of mold temperatures, ensuring that the molds heat up and cool down uniformly. This enhances product quality, reduces cycle times, and improves energy efficiency—making it an essential tool for high-precision applications where temperature stability is critical.