Principle & Structure
Compact diffused silicon pressure transmitter, the best choice for OEM customers, visual unit.
Features
Ceramic technology, no medium liquid for measuring element; high accuracy, stable performance, small temperature drift; overload resistance, strong impact resistance, good linearity; high long-term stability; direct on-site display; 0~1bar to 0~1000bar.
| Measuring range: | see range code |
| Overload range: | ≤10bar, 4×;≤600bar, 2× |
| Accuracy: | 0.2%, 0.5% |
| Linearity: | ±0.05% |
| Repeatability: | ≤±0.1FS |
| stability: | Better than 0.01% of span per year |
| Temperature effects: | ＜±0.02%FS/K |
| Response time: | <1ms(10...90%FS） |
| powered by: | 10...36V DC |
| ≥10KΩ(0..10V）,≥5KΩ（1...5V） | |
| load: | ≤(UB-10)V/ 0.02A (4～20mA) |
| energy consumption: | Signal current (2-wire), 8mA (3-wire) |
| Electrical Protection: | Overload/Reverse Phase Protection |
| Ambient temperature: | 0...65℃ |
| Medium temperature: | 25...80℃ |
| Storage temperature: | 0...40℃ |
| Protection class: | IP65 |
| shell material: | Stainless Steel 304 |
| Wetted material: | Stainless Steel 316L |
| seal: | Fluorine rubber |
| weight: | 0.10kg |
| Electrical connections: | Herssman joint (DIN43650) |
| KAP10D- | On-site display pressure transmitter | |||||
| range | ||||||
| Negative pressure-1 to 0bar | ||||||
| Gauge pressure (for the range, see the range code table. This item is for general application selection) (*) | ||||||
| Absolute pressure (see range code table for range) | ||||||
| Accuracy class | ||||||
| 0.50% (level 0.5) | ||||||
| Process connection (male thread) | ||||||
| NPT1/4 | ||||||
| NPT1/2 | ||||||
| G1/4 *） | ||||||
| G1/2 *） | ||||||
| M20*1.5 （*） | ||||||
| Output signal type | ||||||
| 4~20mA output (*) | ||||||
| 0…10mA output | ||||||
| 1…5VDC output | ||||||
| 0…5VDC output | ||||||
| Electrical connections | ||||||
| Hessman joint (DIN43650) | ||||||
| The complete data of this selection table, please contact the sales staff or email to sales@kewill-auto.cn for complete samples. | ||||||
