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WIKA UTD-10, Process transmitters engineered for professional Pressure Measurement use. Key features include Ultra-high measurement accuracy and stability and Measuring range freely adjustable. Contact Glorient for pricing, availability and worldwide shipping.
Glorient offers competitive supply of WIKA UTD-10. Competitive pricing, fast quotation.
WIKA UTD-10 - high-precision industrial measurement instrument.
WIKA is a global market leader in pressure and temperature measurement technology. With over 75 years of experience, WIKA instruments are trusted in process industries worldwide. Glorient is a professional supplier of genuine WIKA products with competitive pricing and fast worldwide delivery.
| Product Category | Pressure Measurement |
| Product Type | Process transmitters |
| Applications | Chemical and petrochemical industries. Sanitary, food and beverage industries. General mechanical engineering. Marine industry. Process industry |
| Key Features | Ultra-high measurement accuracy and stability. Measuring range freely adjustable. Can be equipped with diaphragm seals for demanding process conditions. Digital display for easy operation. Ex approvals for NEPSI, IECEx and ATEX |
| Description | The UTD-10 pressure transmitter is available in intrinsically safe and explosion-proof versions (per ATEX, IECEx and NEPSI), supports a 4...20 mA HART® output signal, and meets the application requirements of the corresponding systems. Wide range of applications. The UTD-10 is suitable for many industrial measuring tasks, such as flow measurement with differential pressure transmitters, level measurement in open and closed tanks, or filter and pump monitoring. With the installation of diaphragm seals, the UTD-10 is also suitable for demanding process conditions. The available measuring range spans from -4...+4 kPa to -0.5...+4 MPa, with a static pressure limit of 40 MPa, making it suitable for a wide range of industrial applications. The combination of internal digital signal processing and proven sensor technology ensures high accuracy and excellent long-term stability. Easy configuration and operation. The instrument can be configured and maintained via the display with operating module. The individual configuration menus are accessed via codes, and the operating menu is logically structured. |
TR12-A | TRL10-3 | WSGC-01 | 111.11RF | 1500-8.5D | 230.15 | 32 | A2G-FM | BCS10 | CPC2000 | DIH10, DIH10-Ex | F1115 | F1811 | FLM-H | GAD-2000 | LF-1 | TC10-0 | TC59-R | 300-2.75A | 342.11 | 632.50, 633.50 | 732.26 | 910.14.200 | 910.27 | 990.12 | 990.36 | A2G-42 | A-AI-1, A-IAI-1 | CPP30 | CTD9100
| Product Category | Pressure Measurement |
| Product Type | Process transmitters |
| Applications | Chemical and petrochemical industries. Sanitary, food and beverage industries. General mechanical engineering. Marine industry. Process industry |
| Key Features | Ultra-high measurement accuracy and stability. Measuring range freely adjustable. Can be equipped with diaphragm seals for demanding process conditions. Digital display for easy operation. Ex approvals for NEPSI, IECEx and ATEX |
| Description | The UTD-10 pressure transmitter is available in intrinsically safe and explosion-proof versions (per ATEX, IECEx and NEPSI), supports a 4...20 mA HART® output signal, and meets the application requirements of the corresponding systems. Wide range of applications. The UTD-10 is suitable for many industrial measuring tasks, such as flow measurement with differential pressure transmitters, level measurement in open and closed tanks, or filter and pump monitoring. With the installation of diaphragm seals, the UTD-10 is also suitable for demanding process conditions. The available measuring range spans from -4...+4 kPa to -0.5...+4 MPa, with a static pressure limit of 40 MPa, making it suitable for a wide range of industrial applications. The combination of internal digital signal processing and proven sensor technology ensures high accuracy and excellent long-term stability. Easy configuration and operation. The instrument can be configured and maintained via the display with operating module. The individual configuration menus are accessed via codes, and the operating menu is logically structured. |
