
( Brand: Moore ), ( Manufacturer Part Number: 16207-61/02 ), ( Part Type: Module )
The Moore 16207-61/02 Resistance Temperature Detector (RTD) Module is a versatile and high-precision temperature sensing solution, designed for industrial and commercial applications requiring precise temperature measurement. This RTD module, specifically, supports the PT1000 (Platinum Resistance Temperature Detector) standard, offering exceptional accuracy and reliability.
The Moore 16207-61/02 is equipped with a 4-wire RTD sensor that ensures optimal temperature measurement accuracy by minimizing the effects of lead resistance. The module is rated for a current consumption of 0.175 Amperes and operates on a 24 Volt Direct Current (VDC) power supply. This power requirement makes it suitable for a wide range of applications, including those with power limitations.
The module features an integrated temperature compensation circuit, which further enhances its accuracy by correcting for self-heating effects. The output of the module is a 4-20mA current signal, which can be easily interfaced with various control systems, PLCs, and data loggers. The module also offers a linearized output, ensuring consistent and accurate readings over the entire temperature range of -200 C to 850 C.
The Moore 16207-61/02 RTD Module is housed in a robust and compact die-cast aluminum enclosure, providing excellent protection against environmental factors such as vibration, moisture, and dust. The enclosure also features a DIN rail mounting option, allowing for easy installation in control panels and enclosures.
In summary, the Moore 16207-61/02 Resistance Temperature Detector Module offers high precision, reliable operation, and easy integration with various systems, making it an ideal choice for applications requiring accurate temperature measurement in industrial and commercial settings.
The Moore 16207-61/02 Resistance Temperature Module (RTD) offers several advantages:1. **Accuracy**: This RTD offers a high degree of accuracy in temperature measurement, with a claimed precision of 0.03% of reading, 0.5 C from -50 C to 300 C.
2. **Wide Temperature Range**: The RTD's operational temperature range of -50 C to 300 C makes it suitable for a wide range of industrial applications.
3. **Stability**: RTDs are known for their stability over time, which means they maintain their accuracy over extended periods.
4. **Linear Output**: The output of this RTD is linearly proportional to the temperature, making it easier to interface with various control systems.
However, there are also potential drawbacks to consider:1. **Cost**: RTDs, due to their high precision and durability, tend to be more expensive compared to other temperature measurement devices like thermocouples.
2. **Requires External Circuits**: RTDs need a four-wire bridge circuit to minimize self-heating effects and ensure accurate readings. This additional requirement can increase system complexity and cost.
3. **Slow Response Time**: RTDs have a slower response time compared to thermocouples, which can be a disadvantage in applications requiring rapid temperature changes.
In conclusion, the Moore 16207-61/02 RTD is a high-precision temperature measurement device suitable for a wide range of industrial applications. Its accuracy and wide temperature range make it a good choice for applications where precision and temperature extremes are critical. However, its high cost, the need for external circuits, and slower response time should be considered before making a purchase.
If you're looking for a high-precision temperature measurement device and cost is not a major concern, the Moore 16207-61/02 RTD could be a good choice. If you require a faster response time or a more cost-effective solution, you might want to consider alternatives like thermocouples.
Moore 16207-61/02 Resistance Temperature Module 0.175A 24VDC USED, model 39RTMCAN, This item is used and in working condition.