產品詳情
簡單介紹:
Edwards APG200-M系列真空規管
詳情介紹:
D1G102115C | APG200 - M-NW25-Cal |
D1G1021150 | APG200 - M-NW25 |
D1G101115C | APG200 - M-NW16-Cal |
D1G1011150 | APG200 - M-NW16 |
D1G109115C | APG200 - M-DN16CF-Cal |
D1G1091150 | APG200 - M-DN16CF |
General Product Information
Connection Vacuum Inlet Flange | DN 16 ISO-KF (NW16) |
Weight | 0.120 |
Supply Voltage | DC 15-48V |
Dimension Length | 0.063 |
IP Rating | IP40 |
Supply Frequency | DC Voltage |
Dimension Height | 0.037 |
Dimension Width | 0.037 |
dimensionsCombinedLengthWidthHeight |
0.037
0.037 0.037 |
Connection Power | RJ45 (FCC 68) - Female |
Recommended Controller |
ADC - Gauge Controller
TIC - Instrument Controller |
Environmental Conditions
Temperature Ambient Operation Max | 333.15 |
Temperature Ambient Operation Min. | 278.15 |
Temperature Ambient Storage Min. | 243.15 |
Temperature Ambient Storage Max. | 343.15 |
Classification
Product Pressure Range |
Medium Vacuum - 1 mbar - 1*10-3 mbar
Rough Vacuum 1000 mbar - 1 mbar |
Principle Of Measurement | Pirani - thermal conductivity vacuum gauge |
Material of Construction
Material Body | Stainless Steel 1.4404 / 316 L / X2 CrNiMo 17 13 2 |
Material Exposed To Vacuum | Tungsten/Rhenium, Stainless steel, 316L and 304L, Glass, Ni, NiFe, Stainless steel 302S26 |
Material Filament | Tungsten/Rhenium |
Operation Conditions - Limitations
Pressure Inlet Continous Max. | 1.500 × 10? |
Temperature Baking Max. (Elec. Removed) | 423.15 |
Pressure Inlet Max Overpressure | 1.000 × 10? |
Temperature Baking Max. | 333.15 |
Performance Data
Measurement Uncertainty |
1000 to 100 mbar ±50%
10 to 1x10-3 mbar ±15% 1x10-3 to 5x10-4 mbar ±50% |
Power Consumption Max | 1W |
Pressure Measurement Max. | 1.013 × 10? |
Pressure Measurement Min.. | 0.050 |
Variants
Certificated Pressure Measurement | None |
Connectivity - Communication Interface
Communication Interfaces Customer | 0-10 V (analog output - linear) |
Connection electrical comms interface connector | RJ45 (FCC 68) - Female |
Setpoint Quantity | 0 |
Status Indicator | LED Light Ring |
Communication Interface Protocol | 1.9 - 9.1 V log linear with pressure |