HYDAC pressure sensor HDA4445-A-400-000 in stock
$310.57
When installing a HYDAC pressure sensor, it's crucial to check the dimensions of the mounting hole. If the mounting hole is not the correct size, the threads of the sensor will easily wear during installation. This not only affects the sealing performance of the equipment but also prevents the sensor from functioning properly and may even pose a safety hazard. Only a suitable mounting hole (thread industry standard 1/2-20UNF2B) can prevent thread wear. A mounting hole measuring instrument can typically be used to inspect the mounting hole and make appropriate adjustments.
Brand
HYDAC/Germany
Application Areas
Medical, Chemical, Petroleum, Pharmaceutical/Biopharmaceutical, General
HYDAC Filters, HYDAC Filter Elements, HYDAC Coolers, HYDAC Detectors
HYDAC Pressure Sensors
Resistance: 10KΩ±3%. Higher temperature results in lower resistance; lower temperature results in higher resistance. The further away from 25℃, the wider the corresponding resistance tolerance range. At 0℃ and 55℃, the resistance tolerance is approximately ±7%; however, below 0℃ and above 55℃, the resistance tolerance may vary depending on the supplier. Higher temperature results in lower resistance; lower temperature results in higher resistance. The further away from 25℃, the wider the corresponding resistance tolerance range.
2. Exhaust Temperature Sensor: The exhaust temperature sensor measures the exhaust temperature at the top of the compressor. The constant B value is 3950K±3%, and the reference resistance is 5KΩ±3% at 90℃. 3. Module Temperature Sensor: The module temperature sensor is used to measure the temperature of the frequency converter module (IGBT or IPM). The currently used temperature sensor model is 602F-3500F, with a reference resistance of 6KΩ ± 1% at 25℃. The corresponding resistance values for several typical temperatures are: -10℃ → (25.897─28.623)KΩ; 0℃ → (16.3248─17.7164)KΩ; 50℃ → (2.3262─2.5153)KΩ; 90℃ → (0.6671─0.7565)KΩ.
HYDAC pressure sensors are among the most commonly used sensors in industrial practice. They are widely used in various industrial automation environments, including water conservancy and hydropower, railway transportation, intelligent buildings, production automation, aerospace, military, petrochemicals, oil wells, power, shipbuilding, machine tools, pipelines, and many other industries. Below is a brief introduction to the principles and applications of some commonly used sensors. Medical pressure sensors are also available.
HYDAC Pressure Sensor Performance Parameters
Pressure sensors come in many types, and their performance varies considerably. Choosing the most suitable sensor for an economical and reasonable application is crucial.
1. Rated Pressure Range
The rated pressure range is the pressure range that meets the standard specifications. In other words, it's the pressure range between the highest and lowest pressures where the sensor outputs the specified operating characteristics. In practical applications, the pressure measured by the sensor falls within this range. Currently, sensors can measure pressures up to 300 MPa or higher.
2. Maximum Pressure Range
The maximum pressure range refers to the maximum pressure the sensor can withstand for an extended period without altering its output characteristics. Especially for semiconductor pressure sensors, the rated pressure range is generally significantly reduced to improve linearity and temperature characteristics. Therefore, continuous use above the rated pressure will not cause damage. Typically, the maximum pressure is 2-3 times the highest rated pressure.
3. Damage Pressure
Damage pressure is the maximum pressure that can be machined onto the sensor without damaging the sensor element or housing.
4. Linearity
Linearity refers to the maximum deviation from the linear relationship between the sensor output and the pressure within the operating pressure range.
5. Pressure Hysteresis
This is the difference in sensor output as the pressure approaches a certain pressure from the minimum and maximum operating pressures within the operating pressure range at room temperature.
6. Temperature Range
The temperature range of a pressure sensor is divided into the compensated temperature range and the operating temperature range. The compensated temperature range is the temperature range within which accuracy is maintained after temperature compensation is applied. The operating temperature range is the temperature range within which the pressure sensor ensures normal operation.
HYDAC sensor inventory models:
HDA 3845-B-016-000 905768 hydac
HDA 3845-A-060-000 905773 hydac
HDA 3844-B-400-000 905776 hydac
HDA 3845-B-100-000 905789 hydac
HDA 3845-E-400-000 905804 hydac
HDA 3845-A-006-000 905828 hydac
HDA 3844-A-400-000 905852 hydac
HDA 3844-B-250-000 905893 hydac
HDA 3844-B-060-000 905920 hydac
HDA 3800-A-100-124(6m) 906045 hydac
HDA 3845-B-006-000 906144 hydac
HDA 4445-A-400-000 906209 hydac
HDA 3844-E-006-000 906266 hydac
HDA 3844-E-016-000 906267 hydac
HDA 3844-E-060-000 906268 hydac
HDA 3844-E-250-000 906269 hydac
HDA 3844-E-400-000 906270 hydac
HDA 3844-E-600-000 906271 hydac
HDA 4444-A-016-000 906297 hydac
HDA 4744-A-016-000 906298 hydac
HDA 4745-A-250-031(200bar) 906332 hydac
HDA 4745-A-250-000 906392 hydac
HDA 4745-A-400-000 906393 hydac
HDA 4445-B-060-000 906502 hydac
HDA 4745-A-600-031(350bar) 906503 hydac
HDA 4745-B-400-000 906507 hydac
HDA 3800-A-350-124(6m) 906524 hydac
HDA 4744-A-400-000 906604 hydac
HDA 3845-B-040-000 906623 hydac
HDA 3840-B-350-124(6m) 906714 hydac
HDA 4745-A-100-000 906729 hydac
HDA 3840-E-350-124(6m) 906783 hydac 5152
HDA 3844-A-006-000 906784 hydac 4564
HDA 4444-A-400-000 906816 hydac 2218
HDA 3840-B-250-124(6m) 906836 hydac 5152
HDA 4445-B-250-000 906838 hydac 2130
HDA 4445-B-400-000 906839 hydac 2130
HDA 3845-E-250-000 906844 hydac 4397
HDA 4744-A-160-000 906911 hydac 3170
HDA 4444-B-600-000 906933 hydac 2218
HDA 4445-A-250-000 906995 hydac 2130
HDA 4445-B-100-000 907006 hydac 2130
HDA 4445-A-060-000 907024 hydac 2130
HDA 4445-A-100-000 907088 hydac 2130
HDA 4445-B-600-031(400bar) 907090 hydac 2346
HDA 4445-A-016-000 907171 hydac 2130
HDA 4745-A-600-031(400bar) 907263 hydac 3229
HDA 4745-A-016-000 907278 hydac 2993
HDA 4744-A-060-000 907279 hydac 3170
HDA 4745-A-060-000 907280 hydac 2993
HDA 4744-A-600-000 907281 hydac 3170
HDA 4444-A-100-000 907291 hydac 2218
HDA 4445-A-600-000 907292 hydac 2130
HDA 4444-B-016-000 907293 hydac 2218
HDA 4444-B-060-000 907294 hydac 2218
Our company mainly deals in European and American brands and can purchase brands from any European country. For example, our advantageous German brands include: BURKERT, DEMAG, HAWE, REXROTH, HYDAC, PILZ relays, FESTO, IFM sensors, E+H, HEIDENHAIN, P+F sensors, SICK, TURCK, and HIRSCHMANN industrial switches. German brands: Hengstler, Murr, Schmersal, Samson, EPRO (Emerson Group)
American brands: MOOG, ASCO, MAC, NUMATICS, PARKER, VICKERS, ROSS
British brands: Norgren
Italian brands: OMAL, ATOS, CAMOZZI, UNIVER, Camozzi
