Dwyer 628-13-GH-P1-E1-S5 Pressure Transmitter – High Durability for Liquid Pressure Measurement
Posted on: 14/07/2026
In modern automation and HVAC systems, continuous pressure monitoring via electrical signals is mandatory for seamless BMS/SCADA system integration. The 628-13-GH-P1-E1-S5 pressure transmitter, a member of Dwyer's Series 626 & 628, is engineered specifically to meet this demand, making it exceptionally well-suited for liquid media.
Introduction to the 628-13-GH-P1-E1-S5 Transmitter
The 628-13-GH-P1-E1-S5 is an industrial pressure transmitter belonging to Dwyer's Series 628. It outputs a standard electrical signal compatible with controllers, PLCs, or BMS systems. Built with 316L SS wetted materials, this product is ideal for liquid media demanding high chemical and mechanical resistance. It is also UL-certified to ensure ultimate operational safety.
Technical Specifications
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Specifications |
Details |
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Product Line |
628-13-GH-P1-E1-S5 (Series 626 & 628) |
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Manufacturer |
Dwyer (DwyerOmega) – American Brand |
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Compatible Media |
Liquids (compatible gases and liquids) |
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Wetted Materials |
316L Stainless Steel (SS) |
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Accuracy |
628: 1.0% Full Scale; 0.5% RSS (includes linearity, hysteresis, and repeatability) |
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Temperature Limits |
0 to 200°F (-18 to 93°C) |
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Power Requirements |
10-30 VDC (for 4-20mA, 0-5, 1-5, 1-6 VDC outputs) |
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Output Signal |
4-20 mA, 0-5 VDC, 1-5 VDC, 0-10 VDC, or 0.5-4.5 VDC |
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Response Time |
300 ms |
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Enclosure Rating |
NEMA 4X (IP66) |
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Certifications |
UL, CE |
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Weight |
10 oz (283 g) |
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Warranty |
12 months (optional upgrade to 36 months) |
Installation and User Guide
Unlike mechanical gages, the 628-13-GH-P1-E1-S5 pressure transmitter outputs an electrical signal. Therefore, it requires proper electrical wiring in addition to the standard pressure connection. The basic procedure is as follows:
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Inspect the transmitter prior to installation to ensure the enclosure and process connection threads are intact and free of dents.
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Mount the transmitter into the liquid pressure measurement point via the process connection thread. Tighten appropriately using a suitable tool; avoid applying excessive manual force which can damage the threads.
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Connect the 10-30 VDC power supply to the power terminals strictly following the wiring diagram provided in the accompanying technical manual.
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Wire the output signal (4-20mA or 0-10VDC depending on the ordered configuration) back to the controller, PLC, or BMS. Pay close attention to correct polarity and select an appropriate wire gauge suitable for the signal transmission distance.
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Power up the transmitter and verify the output signal using a multimeter or the monitoring software of the control system to confirm correct operation.
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Cross-reference the readings with the actual pressure at the measurement point (if a reference master gauge is available) to validate accuracy, and recalibrate if necessary according to the manufacturer’s guidelines.
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Record the installation parameters and include them in your routine maintenance plan to ensure signal stability throughout its operating lifetime.
Note: The transmitter features a NEMA 4X (IP66) enclosure rating, making it suitable for wet environments. However, ensure that all electrical cable glands and conduits are sealed properly to maintain this ingress protection rating.
Practical Applications
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Monitoring water pressure in pumping stations, water supply networks, and drainage systems.
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Integrating pressure feedback into BMS/SCADA systems for automated process control.
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Chiller systems and cooling towers that require continuous liquid pressure monitoring.
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Industrial automation and manufacturing lines requiring real-time pressure feedback.
Why Buy the 628-13-GH-P1-E1-S5 at DLK?
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Genuine UL-certified Dwyer products, directly imported by DLK.
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Professional technical assistance in selecting the correct output signal, electrical connection, and process connection for your system.
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Full provisioning of catalogs, manuals, and datasheets required for project submittals.
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Transparent warranty policy and responsive technical support.
Contact DLK for Consultation & Quotation