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The PRTemp1000D is a rugged pressure and temperature data logger designed to accurately monitor and record pressure and temperature at user programmable reading intervals. The rugged stainless steel design allows for the device to be placed in harsh environments, which makes it well suited for use with air conditioning systems, chilled water, hot water, air, gas, oil and steam pressure systems.
The internal temperature sensor provides accurate temperature measurements without the need for a separate temperature data logger. The logger can be started to take measurements as often as every two seconds, up to one reading every twelve hours. It will store up to 16,383 readings in its non-volatile memory.
The PRTemp1000D uses a rugged stainless steel pressure strain gauge to accurately measure the pressure. The device comes standard with a 1/4" NPT differential fitting.
There are many different pressure ranges available to fit most any application.
The PRTemp1000D is available with an extended warranty.
The internal temperature sensor provides accurate temperature measurements without the need for a separate temperature data logger. The logger can be started to take measurements as often as every two seconds, up to one reading every twelve hours. It will store up to 16,383 readings in its non-volatile memory.
The PRTemp1000D uses a rugged stainless steel pressure strain gauge to accurately measure the pressure. The device comes standard with a 1/4" NPT differential fitting.
There are many different pressure ranges available to fit most any application.
The PRTemp1000D is available with an extended warranty.
TEMPERATURE
| Temperature Sensor | Semiconductor |
|---|---|
| Temperature Range | -20 to +80°C |
| Temperature Resolution | 0.1°C |
| Temperature Calibrated Accuracy | ±0.5°C |
PRESSURE
| Pressure Sensor | Semiconductor, Strain Gauge |
|---|---|
| Pressure Range | 0 to 30, 100, 300, or 500 PSID |
| Pressure Resolution | 0 to 30: 0.002, 0 to 100: 0.005, 0 to 300: 0.02 and 0 to 500: 0.05 |
| Pressure Calibrated Accuracy | ±0.25% FSR, 0.1% at 25°C typical |
GENERAL
| Memory | 16,383/channel |
|---|---|
| Reading Rate | 2 seconds up to 12 hours |
| Baud Rate | 2,400 |
| Battery Life | 1 year |
| Material | 303 stainless steel |
| Dimensions | .99" H x 21.87"L x 3.35W (25 x 533 x85 mm) |
| Submersible | Yes |
| Operating Environment | -20~+80°C, 0~100%RH |
| Required Interface Package | IFC110 or IFC200 |
Accessories
Required Accessories
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USB Interface cable package for Standard Series Data Loggers.
Specifications Sheet | Compatibility Guide
Knowledge Base
Optional Accessories
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RS232 (Serial) Interface cable package for Standard Series Data Loggers.
Interface Cables Compatibility Guide | Knowledge Base
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The Tibbo DS203R allows MadgeTech Data Loggers to be accessed over a network. This allows for a logger to be placed in remote locations and maintain communications to control and/or monitor the device by creating a serial tunnel (virtual RS232 connection). The DS202R is a simple, yet powerful device, that is useful in many applications where a typical serial device may be used. The Tibbo DS203R is intended for use within network communications, making it quite useful for remote data logging. One Tibbo DS203R can effectively network-enable a single data logger.
Knowledge Base
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The PRTemp1000D Replaces Circular Paper Chart Recorders Review by Chevron
Chevron Geothermal Philippines is installing MadgeTech PRTEMP1000 pressure recorders and PRTEMP1000D differential pressure recorders at remote locations in the MakBan and Tiwi geothermal fields, Philippines to record data from orifice plate installations used to measure hot water and steam flow rates. The MadgeTech units are replacing circular paper chart recorders, from which the differential pressure data must presently be read manually, and are expected to improve the monitoring of changes in flow rates by providing digital data at preset time intervals that can be downloaded directly to an EXCEL spreadsheet for analysis. The small size of the units also simplifies installation while battery operation, with a service life of over 1 year, means that it will not be necessary to provide external power sources at the measurement locations. (Posted on 1/6/12)
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