943 Results for Temperature Controllers - Page 26
Key Features:
- Power Consumption: 3 W.
- Agency Approvals: CE, cULus.
- Operating Temperature: 32 to 122ºF (0 to 50ºC).
Key Features:
- Accuracy: ±0.25% of span, ±1 least significant digit.
- Power Consumption: 5 VA maximum.
- Features: Large Dual Display; Self-Tune; Fuzzy Logic; Universal Input; Loop Break Protection; Peak/Valley Indication; Percent Output Indication; Illuminated Keypad; 16 Segment Ramp/Soak Function; Auto/Manual Station Function; Four Password Protected Security Level
Key Features:
- Power Consumption: 3 W.
- Memory Backup: Non-volatile.
- Communication: RS-485 Modbus® A-5-11/RTU communication protocol.
Key Features:
- Output: NO SPST relay rated 16 A @ 240 VAC resistive.
- Accuracy: ±1% FS.
- Features: UL approved limit control
Key Features:
- Power Consumption: 3 W.
- Inputs: Thermocouple, RTD, DC linear voltage, and DC currents.
- Memory Backup: Non-volatile.
Key Features:
- Power Consumption: 5 VA max.
- Accuracy: ± 1.8°F plus ±0.3% of span (±1°C plus ±0.3% of span) at 77°F (25°C) after 20 minutes warm up.
- Display: Process value: 4 digit, 0.47" H (12mm), orange LCD; Set point value: 4 digit, 0.47" H (12mm), green LCD.
Key Features:
- Display: Two 4-digit, 7 segment. PV: 3/4" H (19 mm) red; SV: 1/2" H (12.7 mm) green.
- Power Consumption: 5 VA max.
- Accuracy: ±0.25% span, ±1 least significant digit.
Key Features:
- Output: NO SPST relay rated 16 A @ 240 VAC resistive.
- Display: 3-digit, red, 1/2" (12.7 mm) digits, plus sign.
- Accuracy: ±1% FS.
Key Features:
- Display: Two 4-digit, 7 segment .25" H (6.35 mm) LED's. PV: red; SV: green.
- Power Consumption: 5 VA max.
- Accuracy: ±0.25% span, ±1 least significant digit.
Key Features:
- Display: Process value: 4 digit, 0.47" H (12mm), orange LCD; Set point value: 4 digit, 0.47" H (12mm), green LCD.
- Features: On/off, PID, fuzzy logic, or manual output control; Constant, sloped, program (ramp/soak), or remote set-point control; 2 primary control outputs, 2 secondary/alarm relay outputs, and RS-485 standard on all models; Remote set-point, input retransmission, or event input functions available with optional hardware
- Power Consumption: 5 VA max.
Key Features:
- Display: Two four-digit LED displays, 0.3 in (7.62 mm) high.
- Accuracy: ±0.25% of span ±1 least significant digit.
- Power Consumption: 5 VA maximum.
Key Features:
- Accuracy: ± 1.8°F plus ±0.3% of span (±1°C plus ±0.3% of span) at 77°F (25°C) after 20 minutes warm up.
- Features: On/off, PID, fuzzy logic, or manual output control; Constant, sloped, program (ramp/soak), or remote set-point control; 2 primary control outputs, 2 secondary/alarm relay outputs, and RS-485 standard on all models; Remote set-point, input retransmission, or event input functions available with optional hardware
- Power Consumption: 5 VA max.
Key Features:
- Accuracy: ± 1.8°F plus ±0.3% of span (±1°C plus ±0.3% of span) at 77°F (25°C) after 20 minutes warm up.
- Power Consumption: 5 VA max.
- Display: Process value: 4 digit, 0.47" H (12mm), orange LCD; Set point value: 4 digit, 0.47" H (12mm), green LCD.
Key Features:
- Accuracy: ± 1.8°F plus ±0.3% of span (±1°C plus ±0.3% of span) at 77°F (25°C) after 20 minutes warm up.
- Power Consumption: 5 VA max.
- Features: On/off, PID, fuzzy logic, or manual output control; Constant, sloped, program (ramp/soak), or remote set-point control; 2 primary control outputs, 2 secondary/alarm relay outputs, and RS-485 standard on all models; Remote set-point, input retransmission, or event input functions available with optional hardware
Key Features:
- Power Consumption: 5 VA maximum.
- Display: Two four-digit LED displays, 0.3 in (7.62 mm) high.
- Accuracy: ±0.25% of span ±1 least significant digit.
Key Features:
- Accuracy: ± 1.8°F plus ±0.3% of span (±1°C plus ±0.3% of span) at 77°F (25°C) after 20 minutes warm up.
- Display: Process value: 4 digit, 0.47" H (12mm), orange LCD; Set point value: 4 digit, 0.47" H (12mm), green LCD.
- Features: On/off, PID, fuzzy logic, or manual output control; Constant, sloped, program (ramp/soak), or remote set-point control; 2 primary control outputs, 2 secondary/alarm relay outputs, and RS-485 standard on all models; Remote set-point, input retransmission, or event input functions available with optional hardware
Key Features:
- Item: Temperature Controller
- Digital/Analog: Digital
- Sensor Type: Current, Infrared Sensor, RTD, Thermocouple, Voltage
Key Features:
- Display: Two 4-digit, 7 segment, 0.25" high (6.35 mm) LEDs.
- Features: Large Dual Display; Self-Tune; Fuzzy Logic; Universal Input; Loop Break Protection; Peak/Valley Indication; Percent Output Indication; Illuminated Keypad; 16 Segment Ramp/Soak Function; Auto/Manual Station Function; Four Password Protected Security Level
- Accuracy: ±0.25% of span, ±1 least significant digit.
Key Features:
- Power Consumption: 5 VA max.
- Display: Two 4-digit, 7 segment .25" H (6.35 mm) LED's. PV: red; SV: green.
- Features: Universal input accepts process transmitters, RTD's or thermocouple signals; On/off, PID, or manual output control; RS-485 standard on all models; Stage control program for up to 64 ramp/soak actions
Key Features:
- Display: Process value: 4 digit, 0.47" H (12mm), orange LCD; Set point value: 4 digit, 0.47" H (12mm), green LCD.
- Accuracy: ± 1.8°F plus ±0.3% of span (±1°C plus ±0.3% of span) at 77°F (25°C) after 20 minutes warm up.
- Power Consumption: 5 VA max.
Key Features:
- Power Consumption: 5 VA maximum.
- Accuracy: ±0.25% of span ±1 least significant digit.
- Display: Two four-digit LED displays, 0.3 in (7.62 mm) high.
About Temperature Controllers
Temperature Controllers are digital devices used to regulate and maintain a desired temperature in an environment. They are used in a variety of industries and applications, from food processing to medical device manufacturing.
Types of Temperature Controllers
Temperature Controllers come in many different forms, from on-off controllers to programmable digital process controllers. The type of controller chosen for any given application will depend on the accuracy and precision needed for that particular job.
How Temperature Controllers are Made
Temperature Controllers are typically constructed using electronic components such as semiconductors, sensors, transistors, resistors, and capacitors. These components work together to accurately measure the temperature of an environment and control it accordingly.
Industries that use Temperature Controllers
Temperature Controllers are used by professionals across a range of industries including food processing, medical device manufacturing, chemical processing plants, and industrial machine shops. In each case they help ensure accurate temperatures throughout the production process.
Find the Temperature Controllers You Need at Zoro
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