AUTONICS TEMPERATURE CONTROLLER 100-240VAC, TZ4W-24R

AUTONICS TEMPERATURE CONTROLLER 100-240VAC, TZ4W-24R Specification

Type
Digital Temperature Controller

Theory
Microprocessor-Based Control

Exterior Material
ABS Plastic

Interior Material
Electronic Components

Insulation Material
None (Controller Only)

Internal Size
Standard 1/16 DIN (48 x 48 mm) Millimeter (mm)

External Size
Panel Cut-out 45 x 45 mm Millimeter (mm)

Circulation System
None (Controller Unit)

Heating System
Relay Output Control (Heating Element Not Included)

Cooling System
Relay Output Control (Cooling Element Not Included)

Controller System
PID, ON/OFF, Manual Control

Temperature Range
-199 to 999C (Input Sensor Dependent) Celsius (oC)

Control Method
PID Control, ON/OFF

Dimensions
48 x 48 x 80 mm

Weight
Approx. 215g

Hysteresis
Configurable

Input
RTD, Thermocouple (Selectable)

Operating Temperature
-10 to 55°C

Storage Temperature
-25 to 65°C

Sampling Cycle
100 ms

Display
4-Digit 7-Segment LED Display

Power Supply
100-240VAC, 50/60Hz

Alarm Output
Relay

Control Output
Relay

Mounting Type
Panel Mount

Model
TZ4W-24R

Enclosure Rating
Front Panel: IP65

Setting Method
Digital Keypad

AUTONICS TEMPERATURE CONTROLLER 100-240VAC, TZ4W-24R Trade Information

Minimum Order Quantity
30 Number

Supply Ability
1000 Per Month

Delivery Time
7 Days

About AUTONICS TEMPERATURE CONTROLLER 100-240VAC, TZ4W-24R

Explore the astounding capabilities of the AUTONICS TEMPERATURE CONTROLLER 100-240VAC, Model TZ4W-24R. Engineered for commanding precision, this microprocessor-based controller offers ineffable reliability with its 4-digit 7-segment LED display and versatile input compatibility (RTD or thermocouple). Jump on this price cut to enhance your industrial processes with adaptive PID, ON/OFF, and manual control methods. Benefit from its robust panel mount design, configurable hysteresis, and an IP65-rated enclosureoptimal for diverse applications where unwavering accuracy and durability are paramount. Seize ineffable control for an unbeatable value!

AUTONICS TZ4W-24R: Precise Control for Every Application

The AUTONICS TEMPERATURE CONTROLLER TZ4W-24R delivers commanding advantages in industrial automation. Highlights include its digital keypad, 4-digit LED display, and selectable input for RTD or thermocouple sensors. The PID, ON/OFF, and manual control methods allow versatility in temperature management. Used as a reliable temperature control unit for heating or cooling processes, its ideal for monitoring in various environments, providing efficiency with easy configuration, and delivering outstanding process stability.

Sample Policy, Packaging, and Certifications with Quick Dispatch

Drop-off your worries with our rate-friendly sample policysamples are available on request. The controller arrives securely packed to preserve its pristine condition during transit. AUTONICS TZ4W-24R units are dispatched quickly, ensuring minimum lead time. Certified for safety, quality, and performance, this device meets the essential industrial standards. Enjoy rapid, reliable delivery and expert support, guaranteeing a satisfying acquisition process from order to drop-off.

FAQs of AUTONICS TEMPERATURE CONTROLLER 100-240VAC, TZ4W-24R:

Q: How does the AUTONICS TZ4W-24R temperature controller improve temperature regulation?

A: The AUTONICS TZ4W-24R utilizes a PID control method (and also supports ON/OFF and manual control), ensuring precise and stable temperature regulation for both heating and cooling applications.

Q: What input sensors are compatible with the TZ4W-24R model?

A: This controller accepts both RTD and thermocouple sensors, selectable as needed to fit different temperature measurement requirements.

Q: Where can I mount the AUTONICS TZ4W-24R controller?

A: The device is designed for panel mounting with a standard 1/16 DIN (48 x 48 mm) and a cut-out size of 45 x 45 mm, making it suitable for most control panels.

Q: What is the process for setting up or configuring the TZ4W-24R controller?

A: Configuration is straightforward with a digital keypad, allowing users to set parameters including temperature range, hysteresis, and control methods digitally.