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The Anritsu AP-400 and AP-450 printing thermometers produce temperature records directly at the measurement point. Use manual printing for inspection rounds or interval printing to follow temperature changes.
Create a paper record while checking temperature with the Anritsu AP-400 and AP-450. The integrated thermal printer allows operators to attach readings to inspection sheets, production records or test reports without using a separate printer.
Choose the instrument and probe together. Connector type, thermocouple type and the probe's operating limits determine which combination suits your measurement.
| Selection point | AP-400 | AP-450 |
|---|---|---|
| Probe connector | ASP | ANP miniature connector |
| Thermocouple versions | Type E or K | Type E, K, J, T or R |
| Input channels | 1 | 1 |
| Thermocouple selection | Fixed when ordered | Fixed when ordered |
Thermocouple types are not switchable. Confirm the instrument suffix and probe connection before ordering.
| Thermocouple | Instrument range at 1°C resolution | Range at 0.1°C resolution |
|---|---|---|
| E | -200 to 800°C | -104.9 to 504.9°C |
| K | -200 to 1370°C | -104.9 to 504.9°C |
| J | -200 to 1100°C | -104.9 to 504.9°C |
| T | -200 to 400°C | -104.9 to 400.0°C |
| R | 0 to 1760°C | Not available |
The display changes automatically to 1°C resolution outside the 0.1°C range. Always remain within the connected probe's temperature rating.
| Input | Resolution | Temperature | Accuracy |
|---|---|---|---|
| E, K, J, T | 0.1°C | 0°C and above | ±(0.05% of reading + 0.2°C) |
| E, K, J, T | 0.1°C | Below 0°C | ±0.5°C |
| E, K, J, T | 1°C | 0°C and above | ±(0.1% of reading + 1°C) |
| E, K, J, T | 1°C | Below 0°C | ±(0.5% of reading magnitude + 1°C) |
| R | 1°C | 0 to 1760°C | ±(0.1% of reading + 3°C) |
Probe error and reference junction compensation must also be considered when evaluating total measurement accuracy.
| Printing interval | Sampling rate | Approximate battery life |
|---|---|---|
| No printing | Twice per second | 110 hours |
| 3 seconds | Twice per second | 15 hours |
| 10 seconds | Every 5 seconds | 60 hours |
| 30 seconds | Every 5 seconds | 90 hours |
| 1 minute | Every 10 seconds | 120 hours |
| 5 minutes | Every minute | 8 days |
| 10 minutes | Every minute | 9 days |
| 30 minutes | Every minute | 10 days |
| 60 minutes | Every minute | 10 days |
Battery life varies with operating conditions and printing frequency.
| Display | LCD |
|---|---|
| Printing system | Thermal line dot; 37 mm paper width; approximately 1,000 lines per roll |
| Memory capacity | 100 readings |
| Power | 4 AA alkaline batteries; optional dedicated AC adaptor |
| Reference junction compensation accuracy | ±0.2°C at 25 ±10°C |
| Temperature coefficient | ±0.01% of measurement range per °C outside 25 ±10°C |
| Maximum signal source resistance | 500 Ω |
| Operating environment | 0 to 40°C; 0 to 80% RH, non-condensing |
| Storage environment | -20 to 50°C; 0 to 85% RH, non-condensing |
| Dimensions | Approximately 68 × 201 × 42 mm, excluding protrusions |
| Weight | Approximately 350 g including batteries |
Select a surface, insertion or air-temperature probe according to the measurement task. Confirm its thermocouple type, connector and temperature rating against the instrument configuration.
| Item | Ordering information |
|---|---|
| Replacement thermal paper | ACAP4; pack of 5 rolls |
| 100 V AC adaptor | AD-100-500-HR-R |
| 115 V AC adaptor | AD-115-500-HR-R |
| 220 V AC adaptor | AD-220-500-HR-R |
| Temperature probe | Sold separately; specify the application and required connection |
Standard supplied items include a soft case, four AA alkaline batteries, paper jam fixer, printer paper, instruction manual and test report.
For replacement of an AP-800K, AP-800E, AP-850K or AP-850E, provide the existing instrument and probe model numbers. Confirm connector and thermocouple compatibility before reusing a probe with the AP-400 or AP-450.
Contact us for pricing and availability. Include the model, thermocouple type, probe requirements, quantity and any additional paper or power adaptor required.
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The Anritsu AP-400 and AP-450 printing thermometers produce temperature records directly at the measurement point. Use manual printing for inspection rounds or interval printing to follow temperature changes.
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- Safe to use in both hot & freezing temperatures
- Reports matric potential (soil water tension)
- Moisture readings in centibar & kPa
- 0 to 240 centibar (kPA)
- Will not dissolve in soil
- Internally compensated for commonly found salinity levels
- Easy to install and use compared to traditional tensiometers
- Stainless steel electrodes
- No maintenance required
- Temperature readings in C/F.
- 5 ft removable lead
The Anritsu HR series handheld digital thermometer offers Type K or Type E thermocouple models for contact temperature measurement. Choose from basic, standard, LED-display and memory versions, then match the instrument with a probe suited to your application.
Temperature probes are sold separately.
The Anritsu HD series handheld digital thermometers are discontinued and have been replaced by the Anritsu HR series .
For a replacement, match the instrument to your thermocouple type, probe connector and measurement requirements.
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Monnit ALTA® Wireless Thermocouple Sensors leverage Monnit’s award-winning remote monitoring platform to remotely monitor high-temperature applications, such as commercial ovens, kilns, and chimneys. Users benefit from a wireless data transmission range of 1,200+ ft, bank-grade security, and a temperature range of up to 400°C (752°F).
Monnit’s thermocouple is user-programmed to sleep for a specified interval, awake, capture analog data, and then convert this measurement into a temperature. If the sensor captures temperatures outside of user-specified thresholds, an alert is sent via text, email, or call. Monnit’s hardwired thermocouples feature a needle-style probe at the end of a 6’ lead (a K-Type Quick Connect Thermocouple is also available).
Anritsu MG Series Magnetic Probe are temperature sensors designed for stationary surfaces.
Built-in magnets allow these probes to be attached to measurement targets. Specific components may be combined to customize products for the needs of a customer's specific application.
