About Series 616KX Differential Pressure Transmitters

Series 616KX Differential Pressure Transmitters
Series 616KX Differential Pressure Transmitters: High-Precision Monitoring for Critical Applications
The 616KX Series Differential Pressure Transmitters offer installers and maintenance professional's Maximum Flexibility in Pressure Ranges within a compact design. As Dwyer's smallest differential pressure transmitter, it ensures simplicity with an edge-mounted push-button zero for easy access in any mounting configuration and features field-selectable output signals. The molded housing supports three sizes of both imperial and metric process connections, with optional 1/83 NPT or BSPT Threaded models, ensuring easy and flexible process connections.
The 616KX Series ensures exceptional stability and repeatability, minimizing drift and enhancing long-term reliability. The robust construction enables operation in demanding conditions, while the user-friendly interface allows for easy installation and calibration. Available in multiple ranges and outputs, these transmitters seamlessly integrate into existing systems, providing real-time monitoring and control.
Product Applications:
- Duct Pressure
- Air Handlers
- Variable Air Volume
- Filter Monitoring.
Product Range:
- 00: 0 in w.c. to 0.1 in w.c. (25 Pa, 2.5 mm w.c.)
- 01: 0 in w.c. to 0.25 in w.c. (60 Pa, 5 mm w.c.)
- 02: 0 in w.c. to 0.4 in w.c. (100 Pa, 10 mm w.c.)
- 03: 0 in w.c. to 0.5 in w.c. (125 Pa, 12 mm w.c.)
- 04: 0 in w.c. to 1 in w.c. (250 Pa, 25 mm w.c.)
- 05: 0 in w.c. to 2 in w.c. (500 Pa, 50 mm w.c.)
- 06: 0 in w.c. to 3 in w.c. (750 Pa, 100 mm w.c.)
- 07: 0 in w.c. to 5 in w.c. (1250 Pa, 125 mm w.c.)
- 08: 0 in w.c. to 10 in w.c. (2500 Pa, 250 mm w.c.)
- 09: 0 in w.c. to 15 in w.c. (3750 Pa, 400 mm w.c.)
- 10: 0 in w.c. to 20 in w.c. (5000 Pa, 450 mm w.c.)
- 11: 0 in w.c. to 25 in w.c. (6250 Pa, 500 mm w.c.)
- 12: 0 in w.c. to 40 in w.c. (10000 Pa, 1000 mm w.c.)
Specifications :
- Service : Air and non-combustible, compatible gases
- Wetted : Materials Consult factory
- Accuracy : 616KX-025 0.25 % FSO
- 616KX-050 0.50 % FSO
- 616KX-100 1.0 % FSO
- 616KX-200 2.0 % FSO
- Stability : < 1 % / year FSO.
- Temperature Limits -4 F to 159 F (-20 C to 70 C).
- Pressure Limits 3.6 psig for ranges 0 in w.c. to 1 in w.c. (25 Pa to 250 Pa;
- 2.5 mm w.c. to 25 mm w.c.) 6 psig for ranges 0 in w.c. to 40 in w.c. (500 Pa to 10000 Pa; 50 mm w.c. to 1000 mm w.c.)
- Thermal Effect : 0.02 % FS / F (0.036 % FS / C).
- Power Requirements : 10 Vdc to 36 Vdc (2-wire), 17 Vdc to 36 Vdc or isolated 21.6 Vac to 33 Vac (3-wire)
- Output Signal : 4 mA to 20 mA or option with field selectable 0 V to 10 V, 0 V to 5 V, 2 V to 10 V, 1 V to 5 V.
- Zero Adjustment : Push Button
- Loop Resistance : 0 Ohms to 1250 Ohms.
- Current Consumption : 21 mA max.
- Electrical Connections : Screw-Type Terminal Block.
- Process Connections : Barbed, Male Ports for 1/8 in, 3/16 in, 1/4 in, 5 mm, 6 mm ID Flexible Tubing.
- Enclosure Rating : NEMA 1 (IP20)
- Mounting Orientation : Not Sensitive to Position. 35 mm DIN rail side and back. Mounting holes for wall mount with #6 Screws.
- Weight : 1.8 oz (51 g)
- Compliance : CE, RoHS 3, Plenum Rated (UL 2043),UL94 V-0

Robust Performance Across IndustriesSeries 616KX transmitters deliver accurate differential pressure readings essential for operational efficiency in power, cement, steel, fertilizer, and textile plants. Crafted to withstand tough environments, their plastic dials are durable, and the lightweight design ensures effortless installation. These transmitters support a variety of process applications, making them ideal for broad industrial use.
Versatile Supply Chain SolutionsWhether you represent a distributor, exporter, importer, manufacturer, supplier, trader, or wholesaler in India, the Series 616KX meets diverse procurement and supply needs. Their widespread compatibility and reputation for consistent quality help streamline sourcing, inventory management, and equipment upgrades across sectors.
FAQ's of Series 616KX Differential Pressure Transmitters:
Q: How is the Series 616KX Differential Pressure Transmitter typically installed in industrial plants?
A: The Series 616KX is designed for straightforward wall or panel mounting within both indoor and outdoor process areas. Its compact, lightweight build (250 grams) and robust plastic dial facilitate rapid and secure installation in systems that require differential pressure monitoring.
Q: What types of industries commonly use the Series 616KX Differential Pressure Transmitter?
A: These transmitters are popular in power generation, cement manufacturing, steel plants, fertilizer facilities, and textile factories. Their versatility and reliability make them suitable for measuring pressure differences in a wide array of application settings.
Q: When should the differential pressure transmitter be recalibrated during use?
A: For optimal accuracy and performance, it is recommended to recalibrate the Series 616KX transmitter annually or according to your facility's maintenance schedule, especially in critical applications where process reliability is paramount.
Q: Where can I purchase the Series 616KX Differential Pressure Transmitter in India?
A: The product is available through authorized distributors, exporters, importers, manufacturers, suppliers, traders, and wholesalers across India. Most major industrial equipment vendors carry this model due to its widespread utility.
Q: What is the process for integrating the Series 616KX into existing monitoring systems?
A: Integration involves mounting the unit, connecting the pressure ports to the process lines, and wiring the electrical output to your control system. The transmitter is compatible with standard industrial protocols, ensuring a smooth retrofit or new installation.
Q: How does using a Series 616KX Differential Pressure Transmitter benefit plant operations?
A: Utilizing the Series 616KX helps optimize process control, improve safety, and reduce equipment downtime by providing real-time and accurate differential pressure data. This allows swift detection of anomalies or blockages, resulting in higher efficiency and reliability.