Efficient, Compact, Economical, Versatile
Efficient, Compact, Economical, Versatile Specification
- Resistance
- 10k at 25C
- Output
- Analog Signal
- Theory
- Resistance Temperature Detector
- Type
- NTC Thermistor
- Accuracy
- 0.5C
- Operating Voltage
- 3V to 5V
- Output Voltage
- 0.1 to 2.0V
- Compensated Temperature
- 0C to +70C
- Storage Temperature
- -55C to +150C
- Operating Temperature
- -40C to +125C
Efficient, Compact, Economical, Versatile Trade Information
- Minimum Order Quantity
- 1 Piece
- Payment Terms
- Cash in Advance (CID), Cash Advance (CA)
- Supply Ability
- 100 Pieces Per Week
- Delivery Time
- 3 Days
- Sample Available
- Yes
- Sample Policy
- Sample costs shipping and taxes has to be paid by the buyer
- Main Domestic Market
- All India
About Efficient, Compact, Economical, Versatile
Product Overview
The MCT330, comprising a sensor head and operator interface is economical in size, price and operating costs. Its fundamental function is to provide reliable operation and accurate data at high temperatures.
An Economical, High Performance Transmitter
The MCT33O is designed for Practicality; facilitating installation due to its small footprint and coolant-free mode of operation under conditions of high ambient temperature, and minimising running costs.
Proven Accuracy and Stability in a wide range of Applications
The MCT series of NIR sensors have been used in a diverse range of applications from Tobacco and Cotton, through to Snack Foods and Crumb Rubbeh. The MCT330 contains the same proven optical bench design as the MCT360, MCT300 and MT , but the configuration of the analog and digital electronics are optimised for high temperature environments.
Features
- High Temperature Functionality - No cooling required to 65oC
- Small Footprint - -25cm length
- Instantaneous online Measurement - Ensures timely corrective action through automated or manual process adjustment
- Two Constituent Measurement - Provides useful additional information for process control, without incurring additional installation and maintenance costs.
- Non Contact Measurement - Minimal cleaning and maintenance. Choice of outputs from OI. Analog, RS232 and RS485 & Optional Ethernet
- Simple and reliable operation - Adjustments, if required, are made using a minimal number of key strokes via the Intuitive Operator Interface or Viewer PC software
- Measurement Confidence - Robust measurement algorithms combined with dual beam single detector technology result in stolid measurement performance
Specifications :
| Measured NIR Constituents: | Up to 2 simultaneously |
| Moisture Range: | Min. 0.1%, Max. 95% |
| Coatings Range: | Min. 0.1 gsm - 200 gsm |
| Fats/Oils: | Min. 0.1%, Max. 50% |
| Accuracy: (subject to application and product type) | |
| Moisture Range: | +/- 0.1% |
| Coatings Range: | +/- 0.1 gr./m |
| Fats/Oils: | +/- 0.2% |
| Repeatability: | +/- 0.2% |
| Transmitter/Product Distance | 6-16 inches (150-400mm) |
| Calibration Codes: | 10 |
| Response Time: | 1-99 seconds Damping, Integration and Gated. |
| Power: | 15V from OI |
| Outputs: | Four 4-20 mA & 0-10 V (isolated), RS232 & RS485 |
| Weight: | 11 lbs. (5 Kg) |
| Ambient Temperature: | 0-65C to 80C with water or air cooling panel. |
| Enclosure: | Painted Pressed Steel, IP6x rated |
| Window Purge: | Air Purge Diffuser requires 5 psi and 21/m |
Operator Interface: Wall or Post Mounting
| Display: | Touch Screen LCD |
| Weight: | 5.75 lbs. (2.6 Kg) |
| Outputs: | Dual 4-20 mA or 0-10V (isolated), |
| Power: | 110/220 volts, 24vdc Optional |
| Cable: | 10 ft (3 meters) standard, maximum 100 ft (30 meters) |
| Keypad: | Provides user access to MCT 330 settings |
| Enclosure: | Painted Pressed Steel Nema 4 Rated |
Fast and Accurate Temperature Detection
Experience quick and precise temperature readings with our thermistors response time of less than 5 seconds in still air. Its 0.5C accuracy ensures dependable performance in sensitive applications such as HVAC systems or battery management, delivering confidence in every measurement.
Versatile Design for Multiple Applications
Crafted for flexibility, this NTC thermistor is suitable for both through-hole and SMD PCB mounting, fitting seamlessly into diverse electronic assemblies. Its epoxy-coated bead construction offers robustness, making it capable of withstanding various operating environments, from consumer devices to industrial solutions.
Reliable and Durable Performance
Engineered for longevity, this thermistor maintains stability with less than 1% drift over five years and features a maximum power rating of 50 mW. RoHS compliance, high insulation resistance, and a wide storage and operating temperature range further underscore its reliability over extended use.
FAQs of Efficient, Compact, Economical, Versatile:
Q: How does this NTC thermistor achieve rapid temperature sensing?
A: The NTC thermistor features a design that enables a response time of under 5 seconds in still air. Its compact, epoxy-coated bead and tin-plated copper leads enhance heat transfer, allowing quick detection of temperature changes in electronic systems.Q: What are typical applications for this thermistor in India?
A: This thermistor is widely used in HVAC units, battery management systems, and consumer electronics. In India, exporters, importers, and suppliers utilize it for its reliable operation across varying environments, supporting industrial and consumer product manufacturing.Q: When should I use through-hole versus SMD mounting?
A: Choose through-hole mounting for robust mechanical stability in applications subjected to vibration or mechanical stress. Opt for SMD mounting when you need compactness and automated assembly in space-constrained or high-volume electronics manufacturing.Q: Where can this thermistor be stored and what is its storage temperature range?
A: The thermistor can be stored in environments with temperatures as low as -55C and as high as +150C. Ensure it is kept in a dry, clean area to maintain its long-term insulation resistance and performance.Q: What is the process for incorporating this thermistor into a PCB design?
A: To integrate the thermistor into a PCB, select the appropriate mounting type (through-hole or SMD), solder it onto the designated pads, and ensure connections to the analog signal output. Verify compatibility with the circuits operating voltage (3V5V) and expected resistance values.Q: How does RoHS compliance benefit the user or manufacturer?
A: RoHS compliance guarantees that the thermistor is free from hazardous substances, supporting environmentally responsible manufacturing practices. It reduces regulatory risk and meets international standards, making products suitable for global markets.Q: What long-term benefits does its stability offer electronic applications?
A: With less than 1% drift over five years, the thermistor ensures reliable, consistent temperature readings, reducing the need for frequent recalibration and maintenance. This long-term stability is crucial for critical devices and systems requiring dependable thermal management.- Minimum Order Quantity
- 1 Piece
- Supply Ability
- 100 Pieces Per Week
- Delivery Time
- 3 Days
- Main Domestic Market
- All India
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Contact Details
GST : 27AABCJ7018B1ZY
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