DELTA TEMPERATURE CONTROLLER ,DTK4896V12

DELTA TEMPERATURE CONTROLLER ,DTK4896V12 Specification

Type
DTK4896V12

Theory
Microprocessor based control

Capacity
Multiple input sensor support (Thermocouple, RTD)

Exterior Material
ABS high strength plastic

Interior Material
Electronic circuit assembly

Internal Size
96mm x 48mm (Panel Size)

Heating System
Relay/SSR output for heating control

Cooling System
Relay/SSR output for cooling control

Controller System
DELTA TEMPERATURE CONTROLLER

Temperature Range
-199.9C to 400C (depending on sensor type)

Dimensions
Panel Cutout: 92 x 45mm

Mounting Type
Panel mounting

Display Type
4-digit, 7-segment LED display

Control Modes
ON/OFF, P, PI, PD, PID programmable

Power Supply
100-240VAC, 50/60Hz

Consumption
Approx. 5W

Weight
Approx. 170g

Accuracy
±0.5% of full scale

Response Time
<1 second

Alarm Functions
Multiple programmable alarm outputs

Output Types
Relay, SSR drive, or 4-20mA analog output

Input Types
Universal input: Thermocouple (K, J, E, T, etc.), RTD (Pt100)

About DELTA TEMPERATURE CONTROLLER ,DTK4896V12

DELTA TEMPERATURE CONTROLLER DTK4896V12 distinguishes itself with masterful engineering and gilt-edged performance for industrial temperature regulation. Featuring a customizable system with universal input capabilityThermocouple (K, J, E, T), RTD (Pt100)it offers reduced power consumption and top-drawer accuracy (0.5% full scale). Benefit from multiple output options: Relay, SSR drive, or 4-20mA analog, plus programmable special rate control modes (ON/OFF, P, PI, PD, PID). The robust ABS exterior, rapid response (<1 second), and multiple programmable alarm outputs elevate operational efficiency. Ideal for wholesalers and suppliers seeking high reliability.

Broad Application Versatility

The DELTA TEMPERATURE CONTROLLER DTK4896V12 excels in precise temperature control across diverse environments, making it suitable for industrial process lines, laboratory experimentation, and HVAC systems. Its panel-mounted design and universal sensor compatibility allow seamless integration on surfaces like machinery panels, electronic units, and customized setups. Benefit from reliable heating and cooling management, ensuring consistent quality and safety in production, processing, or research.

Certification, Packaging, and Delivery Assurance

DELTA TEMPERATURE CONTROLLER DTK4896V12 meets rigorous compliance standards for quality and safety. Each controller is packed securely in durable boxes, safeguarding the device during shipment. Upon order completion, units are promptly dispatched through reputable transport services, ensuring swift and secure delivery. Buyers can expect professional handling from packaging to the point of delivery.

FAQs of DELTA TEMPERATURE CONTROLLER ,DTK4896V12:

Q: How does the universal input feature of DTK4896V12 benefit users?

A: The universal input allows users to connect various sensors, including Thermocouples (K, J, E, T) and RTDs (Pt100), making the controller adaptable to broad application requirements without additional upgrades.

Q: What is the maximum temperature range supported by the DTK4896V12?

A: Depending on the sensor type used, the DTK4896V12 can measure temperatures from -199.9C to 400C, covering most industrial and laboratory needs.

Q: When will my DTK4896V12 order be dispatched after purchase?

A: After order completion, your controller will be securely packaged and dispatched promptly via trusted transport services to ensure quick delivery.

Q: Where can the DTK4896V12 be mounted for optimal use?

A: Designed for panel mounting (cutout: 92 x 45mm), the DTK4896V12 integrates easily into control cabinets, machinery panels, and equipment enclosures.

Q: What alarm functions are available with this temperature controller?

A: The DTK4896V12 provides multiple programmable alarm outputs, allowing users to set customized alerts for process deviations and system safety.

Q: How does the PID programmable control mode enhance temperature accuracy?

A: The PID mode ensures precise temperature regulation by continuously adjusting control signals, delivering consistent and stable system performance with minimal oscillation.