Accessory for TEC Temperature Controller; Display; 4-digit The 5R6-576 display is a 4-digit display for the 5R7-001/5R7-002 TEC temperature controller. The display features a minimum temperature display resolution of 0.1°. Using the switches on the display, the set point of the TEC temperature controller may be changed. There are two LED’s which indicate whether the readout is showing control temperature or set temperature. For instance, if the temperature is over 100° the readout will have a resolution of 0.1. Specifications: Temperature Readout: 4 Digit-Display Temperature Resolution: 0.01° Display Switches: Increasing the set point Decreasing the set point To choose whether to display the set temperature or the control temperature  

10 A; Input 85-260 VAC; Benchtop The 5R6-900 temperature controller is a solid state MOSFET bidirectional compact desktop TEM temperature controller with an internal power supply and full H bridge. It is capable of load currents up to 10A and is user friendly PC programmable via the electrically isolated RS232 com port.   Model 5R6-900 specifications: AC Input: 85 to 260 VAC; Fused at 6.3A Temperature resolution: 0.01°C Set point resolution: 0.01°C PID Functions: Bandwidth: 0.1 to 50°C Integral: 0 to 10 repeats per minute Derivative: 0 to 10 minutes Ambient Temperature range: -20 to 50°C AC/DC Power isolation: 1500VAC Bidirectional load rating: 2.0 to 20VDC/10A Auxiliary DC Output (Fan Control) Model 5R6-900 features: H-Bridge Control Compact size Thermistor and RTD sensor input 10 AMP load current capable Heat, Cool or H-Bridge operating modes PID control, parameters set via GUI Front Panel Mounted Display Auto output shutdown if sensor is open or shorted High, low and no alarm set via GUI Isolated RS232 communication port

25 A; Single Channel; Input 12-36 VDC, Output 0-36 VDC; RS232; Board LevelThe Bi-directional or unidirectional H-bridge configuration of the 5R7-001 temperature controller creates a seamless transition between heating and cooling as it commands the thermoelectric modules. The included user friendly PC software makes it easy for the user to change control configurations through the RS232 interface which has 1500VAC isolation from the electronic circuitry, virtually eliminating interference from noise or errant signals. Once the 5R7-001 temperature controller is set-up, the computer may be disconnected and the 5R7-001 temperature controller becomes a stand alone unit or the computer can remain connected for data acquisition. The temperature may also be set through the optional display for the 5R7-001 or remote potentiometer. The load circuit is pulse width modulated at 2.7 Khz and delivers a load current of .1 to 25 Amps. Model 5R7-001 specifications: Input Voltage: 12 to 36 VDC Output Voltage: 0 to 36 VDC Load Current: 0.1 to 25 A Temperature Resolution: 0.01°C PID Functions: Bandwidth: 0.1 to 50°C Integral: 0 to 10 repeats per minute Derivative: 0 to 10 minutes PWM Base Frequency: 2.7 Khz Ambient Temperature range: -20 to 70°C Power Dissipation: < 10 Watts Process Control Rate: 90 time per second Output Power Resolution: ± 0.2% Control Resolution: ± 0.01°C Dimensions: 2” H (2.64” with HS) x 6” W x 3.63” D Model 5R7-001 features: H-Bridge Control PC Programmable PID or On/Off Control PC Configurable Alarm Circuit 0-36 VDC Output using Split Power Supply RS232 Communication Port RoHS Compliant Set Temperature range of –40 to 250°C Large program memory space for customization

25 A; Input 12-36 VDC; Chassis Mount The Bi-directional or unidirectional H-bridge configuration of the 5R7-002 temperature controller creates a seamless transition between heating and cooling as it commands the thermoelectric modules. The included user friendly PC software makes it easy to change configurations through the RS485 interface which has 1500VAC isolation from the electronic circuitry, virtually eliminating interference from noise or errant signals. Once the 5R7-002 temperature controller is set-up, the computer may be disconnected and the 5R7-002 temperature controller becomes a stand alone unit or the computer can remain connected for data acquisition. The temperature may also be set through the optional display for the 5R7-002 or remote potentiometer. The load circuit is pulse width modulated at 2.7 Khz and delivers a load current of .1 to 25 Amps.   Model 5R7-002 specifications: Input Voltage: 12 to 36 VDC Output Voltage: 0 to 36 VDC Load Current: 0.1 to 25 A Temperature Resolution: 0.01°C PID Functions: Bandwidth: 0.1 to 50°C Integral: 0 to 10 repeats per minute Derivative: 0 to 10 minutes PWM Base Frequency: 2.7 Khz Ambient Temperature range: -20 to 70°C Power Dissipation: < 10 Watts Process Control Rate: 90 time per second Output Power Resolution: ± 0.2% Control Resolution: ± 0.01°C Dimensions: 2” H (2.64” with HS) x 6” W x 3.63” D Model 5R7-002 features: H-Bridge Control PC Programmable PID or On/Off Control PC Configurable Alarm Circuit 0-36 VDC Output using Split Power Supply RS485 Communication Port RoHS Compliant Set Temperature range of –40 to 250°C Large program memory space for customization

7.5 A; Single Channel; Input 9-24 VDC; Output 0 to 26 VDC Model 5R7-350 specifications: Input Voltage: 9 to 24VDC Load Supply: 0 to 24VDC Load Current: 7.5A PWM base frequency: 1Khz Set temperature adjust: -20 to 100°C Bandwidth: 0.5 to 5.0°C Integral rate: 0 to 2.55 repeats per minute Dimensions: 1.5” (2.14” w HS) H x 2.75” W x 2” D Model 5R7-350 features: Solid State PWM PID Control 0 to 26VDC output using split power supply Low cost design to control T.E. Modules Will operate down to 9VDC 5R7-350-10 for 10K Sensor Applications RoHS Compliant Model 5R7-350 accessories: 5R7-350A Remote Pot., dial Scale Plate & Cable Heat sink for ≥ 7.5A

7.5 A Model 5R7-350A is an economical, open board temperature controller especially designed to operate with thermoelectric (Peltier effect) modules. The 5R7-350A temperature controller can be field configured for either cooling or heating mode. These controllers were designed with a proportional integral control algorithm to provide the best temperature control at the best price. Either fixed or adjustable proportional bandwidth and integral rate permits optimizing of individual thermal systems. The 5R7-350A temperature controller is capable of providing up to 7.5A of current for modules rated at 12 to 24VDC with a mounting plate temperature of 25°C. Additional external heat sinking will permit operating load currents in excess of 7.5A. Model 5R7-350A specifications: Input Voltage: 9 to 24VDC Load Supply: 0 to 24VDC Load Current: 7.5A PWM base frequency: 1Khz Set temperature adjust: -20 to 100°C Bandwidth: 0.5 to 5.0°C Integral rate: 0 to 2.55 repeats per minute Dimensions: 1.5” (2.14” w HS) H x 2.75” W x 2” D Model 5R7-350A features: Solid State PWM PID Control 0 to 26VDC output using split power supply Low cost design to control T.E. Modules Will operate down to 9VDC 5R7-350-10 for 10K Sensor Applications RoHS Compliant Model 5R7-350A accessories: 5R7-350A Remote Pot., dial Scale Plate & Cable Heat sink for ≥ 7.5

25 A; Single Channel; Input 12-36 VDC, Output 0-36 VDC; RS232; Chassis Mount Model 5R7-388 specifications: Set Temperature Range: T type TC –200 to 260°C Input Voltage: 12 to 36 VDC Output Voltage: 0 to 36 VDC with split supply Load Current: 0.1 to 25 A Temperature Resolution: 0.05°C PID Control Functions: Bandwidth: 0.1 to 50°C Integral: 0 to 10 repeats per minute Derivative: 0 to 10 minutes PWM Base Frequency: 2.7 KHZ Ambient Temperature range: -20 to 70°C Power Dissipation: < 10 Watts Process Control Rate: 90 time per second Output Power Resolution: ± 0.2% Dimensions: 1.75” H (2.64” with HS) x 6” W x 3.63” D (4.509” with HS) Model 5R7-388 features: Solid State H-Bridge Control PC Programmable PID or On/Off Control PC Configurable Alarm Circuit 0-36 VDC Output using Split Power Supply RS232 Communication Port RoHS Compliant Nonvolatile Memory Type T Thermal Couple Sensor input Model 5R7-388 accessories: 5R6-582 Temperature Display with 4 digit readout Heat sink for ≥ 15A loads

Accessory for TEC Temperature Controller; Display Specifications: Temperature Readout: 4 Digit-Display Temperature Resolution: 0.01° Display Switches: Increasing the set point Decreasing the set point To choose whether to display the set temperature or the control temperature

12.5 A; single channel; Input 6-28 VDC; Output 0-36 VDC; Board LevelModel 5R7-570 open board temperature controller is specifically designed with a proportional integral control algorithm to provide the most precise control to thermoelectric (Peltier effect) modules at the most economical price.The H bridge control of the 5R7-570 temperature controller provides a seamless transition between heating and cooling eliminating dead spots. Green LED for heat and blue LED for cooling indicate mode and simultaneous illumination indicates the load circuit is off due to an open sensor. Pulse Width Modulation controls the power level in the thermoelectric module at a base frequency of 1Khz. Power resolution is one of ±250 steps in the load circuit control. Model 5R7-570 specifications: Input Voltage: 6 to 28 VDC Output Voltage: 0 to 36 VDC Load Current: 0.1 to 12.5 A Temperature Resolution: 0.1°C 1 to 16°C Adjustable Bandwidth 0 to 2.55 repeats per minute adjustable integral rate Temperature Range: -20 to 150°C Control Stability: ± 0.1°C 450 W output power control 1 Khz base frequency pulse width modulated output Dimensions: 1.79” H x 3.5” W x 3” Model 5R7-570 features: Solid State H-Bridge Control Bi-Directional Control (Seamless Transition) Green LED Heating Mode Blue LED Cooling Mode Proportional Integral control algorithm Pulse width modulated output RoHS Compliant Plugable connection Model 5R7-570 accessories: 5R7-551 LED Temperature Display 5R7-570A Temperature Controller with remote set temp. pot. and knob with dial scale Temperature Sensor Selection: TR67 ± 1°C, -20 to 100°C TR104 ± 1°C, 0 to 150°C

12.5 A; Single Channel; Input 6-28 VDC; RS232; Chassis Mount Model 5R7-570A open board temperature controller with remote set temperature pot and knob with dial scale is specifically designed with a proportional integral control algorithm to provide the most precise control to thermoelectric (Peltier effect) modules at the most economical price. The H bridge control of the 5R7-570A temperature controller provides a seamless transition between heating and cooling eliminating dead spots. Green LED for heat and blue LED for cooling indicate mode and simultaneous illumination indicates the load circuit is off due to an open sensor. Pulse Width Modulation controls the power level in the thermoelectric module at a base frequency of 1Khz. Power resolution is one of ±250 steps in the load circuit control. Model 5R7-570A specifications: Input Voltage: 6 to 28 VDC Output Voltage: 0 to 36 VDC Load Current: 0.1 to 12.5 A Temperature Resolution: 0.1°C 1 to 16°C Adjustable Bandwidth 0 to 2.55 repeats per minute adjustable integral rate Temperature Range: -20 to 150°C Control Stability: ± 0.1°C 450 W output power control 1 Khz base frequency pulse width modulated output Dimensions: 1.79” H x 3.5” W x 3” D Model 5R7-570A features: Solid State H-Bridge Control Bi-Directional Control (Seamless Transition) Green LED Heating Mode Blue LED Cooling Mode Proportional Integral control algorithm Pulse width modulated output RoHS Compliant Plugable connection Model 5R7-570A accessories: 5R7-551 LED Temperature Display Temperature Sensor Selection: TR67 ± 1°C, -20 to 100°C TR104 ± 1°C, 0 to 150°C

12.5 A; Input 6-28 VDC; Output 0-28 VDC Model 5R7-573 open board temperature controller is specifically designed with a proportional integral control algorithm to provide the most precise control to thermoelectric (Peltier effect) modules at the most economical price. The H bridge control of the 5R7-573 temperature controller provides a seamless transition between heating and cooling, eliminating dead spots. A red LED for heat and green LED for cooling indicate mode. Pulse Width Modulation controls the power level in the thermoelectric module at a base frequency of 900Hz. Power resolution is one of ±255 steps in the load circuit control. Model 5R7-573 specifications: Input Voltage: 6 to 28 VDC Output Voltage: 0 to 28 VDC Load Current: 0.1 to 12.5 A Temperature Resolution: 0.1°C Temperature Range: -40 to 250°C Control Stability: ± 0.1°C 450 W output power control 900 Hz base frequency pulse width modulated output Adjustable Bandwidth, Integral & Derivative settings (PID) via OI-TTL-Cable and supplied software. Dimensions: 1.2” H x 2.7” W x 2.9” D Model 5R7-573 features: Solid State H-Bridge Control Green LED Heating Mode Bi-Directional Control (Seamless Transition) Blue LED Cooling Mode Proportional Integral control algorithm Pulse width modulated output TTL to USB communication via optional OI-TTL-Cable Support and Digital control through included GUI & DLL Model 5R7-573 accessories: DISP-573 Remote LED Temperature Display 5R7-573A Remote Set Potentiometers Temperature Sensor Family: TR67 (15K @ 25°C) ± 1°C, -20 to 100°C TR136 (15K @ 25°C) ± 0.1°C, -20 to 100°C TR91 (10K @ 25°C) ± 1°C, -40 to 150°C TR104 (50K @ 25°C) ± 1°C, 0 to 150°C TR141 (5K @ 25°C) ± 1°C, -40 to 90°C TR165 (231.5K @ 25°C) ± 1°C, 25 to 250°C OI-TTL-Cable TTL to USB serial communications cable

28 A Model 5R7-582’s Bi-directional, H-Bridge control provides for both heating and cooling with seamless transition. User friendly PC software allows for configuration in any combination of PID, On-Off, differential temperature or manual output control. The 5R7-582 temperature controller can be used to take the input from a single sensor and control multiple sets of TE modules through the client controllers (5R7-583). Based on the temperature reading, the 5R7-582 temperature controller will send out the same power level and current direction to all of the clients. By setting up the thermal system this way, much more power is available to control your thermoelectric modules. Each client is a full pulse width modulated H-bridge with 28VDC/25A of available power. Model 5R7-582 specifications: Input Voltage: 9 to 36 VDC Load Current: 0.1 to 28 A Temperature Resolution: 0.01°C PID Functions: Bandwidth: 1 to 20°C Integral: 0 to 5 repeats per minute Derivative: 0 to 5 PWM base frequency: 2.7 Khz Ambient Temperature Range: of 0 to 70°C Power Dissipation: 18 W Output Power Resolution: 0.19% Dimensions: 1.75” H x 6” W x 3.63” D Model 5R7-582 features: Full H-Bridge Control PC Programmable PID or On/Off Control Function PC Configurable Alarm Circuit RS232 and (2) RS485 Communication Ports Set Temperature range of –40 to 200°C RoHS Compliant Model 5R7-582 accessories: 5R7-584 Digit Display for temperature set and display 5R7-583 Client 700 W per controller (up 32 per server) Temperature Sensor Selection: TR67 15K -20 to 100°C TR104 50K 0 to 150°C

Accessory for TEC Temperature Controller; Display; 4-digit; for 5R7-582 The 5R7-584 display is a 4-digit display for the 5R7-582 TEC temperature controller. The display features a minimum temperature display resolution of 0.1°. Using the switches on the display, the set point of the TEC temperature controller may be changed. There are two LED’s which indicate whether the readout is showing control temperature or set temperature. For instance, if the temperature is over 100° the readout will have a resolution of 0.1. Specifications: Temperature Readout: 4 Digit-Display Temperature Resolution: 0.01° Display Switches: Increasing the set point Decreasing the set point To choose whether to display the set temperature or the control temperature

 Accessory for TEC Temperature Controller; DisplayThe DISP-573 display is a 4-digit display for the 5R-573 TEC temperature controller. The display features a minimum temperature display resolution of 0.1°. Using the switches on the display, the set point of the TEC temperature controller may be changed. There are two LED’s which indicate whether the readout is showing control temperature or set temperature. For instance, if the temperature is over 100° the readout will have a resolution of 0.1. Specifications: Temperature Readout: 4 Digit-Display Temperature Resolution: 0.01° Display Switches: Increasing the set point Decreasing the set point To choose whether to display the set temperature or the control temperature

NTC Thermistors; 5, 10, 15, 50, 231.5 kΩ; ±1.0 °C, ±0.1 °C; Bead, Cylindrical, Flange Mount, Metal Plate, 1/8” Pipe Plug Head; Head Material Polyimide, Epoxy, Stainless Steel, Brass, Brass Nickel Plated; Lead Length : 50 to 457 mm Oven Industries produces a wide array of NTC thermistors as well as custom built probes to meet just about any requirement for controlling temperature. Oven Industries’ NTC thermistor temperature sensor probes can easily be integrated with any of Oven Industries’ temperature controllers or any pre-existing system you already have. Tolerances for Oven Industries’ temperature sensors can be as tight as ±0.1 °C (TR136 series). Available in sizes ranging from 1.5 mm diameter to 16 cm length or 2.5 cm2 and with a broad variety of head types from pure bead heads, cylindrical or flange mount heads all the way to 1/8” pipe plug or metal plate heads, these temperature sensors offer excellent versatility through a wide range of applications. Thermistor is a generic term describing a semiconductor device that exhibits an electrical conductivity that is highly sensitive to temperature. NTC thermistors show a negative temperature coefficient (NTC) with respect to their resistance characteristics versus temperature. In addition to their NTC characteristics, Oven Industries’ thermistor sensors are interchangeable from one thermistor to another per the specified tolerance – meaning in the event one is damaged, it can be swapped out with no need to recalibrate the thermal system. Custom designed temperature sensors and probes are also available. If you cannot find a standard product that can satisfy a specific requirement in the data sheets offered for download here, please get in touch with AMS Technologies. Together with our supplier we can build the optimum electronic control solution to meet your needs. Key Features: Negative Temperature Coefficient (NTC) Head Types: Bead, Cylindrical, Flange Mount, Metal Plate, 1/8” Pipe Plug Sizes from 1.5 mm diameter to 16 cm length or 2.5 cm2 Materials: Polyimide, Epoxy, Stainless Steel, Brass, Brass Nickel Plated Resistance Values: 5, 10, 15, 50, 231.5 kΩ Tolerance ±1.0 °C, ±0.1 °C Lead Length: 50 to 457 mm Applications: Industrial; Semiconductor; Medical; Energy; Research & Education; Defense & Aerospace; Automotive; Telecommunications; Food Processing Equipment; Commercial Cooking Equipment

Output Current TEC 0.1-25 A; Chassis, Benchtop Mount; Supply Voltage 9-24, 9-28, 12-36 VDC, 85-260 VAC; Communication Interface RS232, RS485, None Oven Industries offers a variety of PID (Proportional, Integral and Derivative) TEC temperature controllers for thermoelectric cooling (TEC) modules with single or dual current output for a wide range of industries. This series includes TEC temperature controllers to meet various input/output voltages and operating temperatures. Oven Industries also offers models with remote controllers and/or remote displays. Many of the TEC temperature controller models in Oven Industries’ broad portfolio feature a bi-directional or unidirectional H-bridge configuration, enabling a seamless transition between heating and cooling as the controller can change the polarity of the current driving the thermoelectric modules in an instant. While most models of this temperature controller series offer an interface for thermistors to measure the current temperature, some variants are also suitable for temperature measurement using thermocouples. In addition to chassis-mount models with purely manual adjustment via potentiometers on the board or even remote potentiometers with scale for front panel mounting, the portfolio also includes TEC temperature controllers with PC interface (RS232, RS485) for set-up and adjustment as well as models for laboratory use, featuring a wide range AC power supply and extensive setup options via display and GUI on the front panel. Key Features: Solid State H-Bridge Control (Not All Models) Sensor Input: Type T Thermal Couple, RTD Thermocouple (Some Models) TEC Output Current: 0.1 to 25 A (Depending on Model) Output Voltage: 0 to 26, 0 to 36 VDC Using Split Power Supply Power Supply Voltage: 9 to 24, 9 to 28, 12 to 36 VDC, 85 to 260 VAC PC Programmable (Not All Models) PID, On/Off Control PC Configurable Alarm Circuit (Not All Models) Communication Port: RS232, RS485 (Not All Models) RoHS Compliant Temperature Resolution 0.01, 0.05 °C Accessories (Depending on Model): Heatsink for Higher Loads, Remote Pot, Display, Temperature Sensors Applications: Driving Thermoelectric Coolers (TEC, Peltier Modules) for Temperature Control

50 kΩ; ±1.0°C; Bead Head; DIA 1.5 mm

50 kΩ; ±1.0°C; 1/8" Pipe Plug Head; DIA 3.2x12 mm; Brass

50 kΩ; ±1.0°C; 1/8" Pipe Plug Head; DIA 3.0x25 mm; Brass

50 kΩ; ±1.0°C; Cylindrical Head; DIA 0.9x6.35 mm; Polyimide

50 kΩ; ±1.0°C; Cylindrical Head; DIA 3.1x21 mm; Brass Nickel Plated

50 kΩ; ±1.0°C; Cylindrical Head; DIA 4.8x25 mm; Epoxy

50 kΩ; ±1.0°C; Flange Mount Head; 4.8x4.8 mm

50 kΩ; ±1.0°C; Metal Plate Head; 25x25 mm; Epoxy