DELTA TEMPERATURE CONTROLLER, DTB9696CR

DELTA TEMPERATURE CONTROLLER, DTB9696CR Specification

Type
Digital Temperature Controller

Theory
PID Control

Capacity
Single Loop

Exterior Material
Flame-retardant ABS plastic

Internal Size
96 x 96 mm (Panel cutout size)

External Size
96 x 96 x 110 mm

Heating System
Controlled via relay/SSR output

Cooling System
Relay/SSR output selectable

Controller System
Microprocessor-based, PID Auto-tuning

Temperature Range
-1999 to 9999 (depends on input type)

Alarm Output
Up to 2 alarms (relay output)

Mounting Method
Panel mount

Sampling Cycle
0.5 seconds

Display
Dual LED (PV, SV)

Communication
RS485 (MODBUS as option)

Output Type
Relay, SSR Drive, 4-20mA, 0-10V (depends on model)

Protection Level
IP65 (front panel)

Accuracy
0.2% of FS

Power Supply
100-240VAC 50/60Hz

Input Type
Universal: Thermocouple, RTD, Voltage, Current

About DELTA TEMPERATURE CONTROLLER, DTB9696CR

Redeem unmatched precision and performance with the DELTA TEMPERATURE CONTROLLER, DTB9696CR. Highly recommended for cutting-edge industrial control, this trending, top-drawer device boasts a pristine dual LED display (PV & SV) with universal input compatibility for thermocouples, RTD, voltage, and current signals. Featuring champion-grade PID control, swift 0.5s sampling, and up to 0.2% FS accuracy, it offers robust relay/SSR drive outputs and up to two alarms. The flame-retardant ABS enclosure and IP65-rated panel ensure both safety and durability, making it an exceptional choice for demanding environments.

Applications: Versatile Precision for Industry

The DELTA TEMPERATURE CONTROLLER, DTB9696CR is suitable for use in various industrial heating and cooling systems, automated process environments, and machinery requiring rigorous temperature regulation. Used as a single-loop, microprocessor-driven controller, it ensures exceptional performance in ovens, kilns, extruders, and reactors. Engineered for those who demand accuracy and reliability, it is used for precise process temperature monitoring and control across production lines, chemical plants, and HVAC systems.

Certifications, Markets, and Terms: Trust in Every Offer

The DTB9696CR is supplied and offered by trusted China-based traders and wholesalers, ensuring efficient logistics and seamless supply to main domestic markets throughout Asia. Certified for quality and safety, it meets key industry standards, underlining its reliability. Our payment terms are flexible, streamlining procurement for both small and large customers. Count on us for rapid order processing, responsive support, and a tailored approach to your temperature control requirements.

FAQ's of DELTA TEMPERATURE CONTROLLER, DTB9696CR:

Q: How does the DELTA DTB9696CR improve process temperature control?

A: The DTB9696CR uses advanced PID auto-tuning and microprocessor-based technology for precise temperature regulation, ensuring stable and accurate process control in industrial environments.

Q: What input types are compatible with this temperature controller?

A: The controller supports universal inputs, including thermocouple, RTD, voltage, and current, offering flexibility for integration with various sensors and systems.

Q: When should I choose the relay or SSR drive output option?

A: Select relay outputs for standard on/off control applications, and SSR drive outputs for fast-switching or high-frequency use, depending on your system's requirements.

Q: Where is the DTB9696CR temperature controller typically installed?

A: It is designed for panel mounting in control cabinets or on production machinery, offering a compact and robust solution for diverse industrial setups.

Q: What is the process for installing and setting up the DTB9696CR?

A: Simply fit the controller into a 96 x 96 mm panel cutout, connect the wiring as per the manual, power up, and use the dual LED display for intuitive parameter configuration and PID auto-tuning.

Q: What are the main benefits of using this temperature controller?

A: Users benefit from high accuracy, rapid response, dual alarms, RS485 MODBUS communication, robust protection, and easy integration, making it ideal for critical temperature management tasks.