PTM1-210-K  l  10 Channel Data Logger, temperature measuring range -100°C to +1370°C, type K, standard temperature operation.

Accuracy +/- 0.3°C, resolution 0.1°C.

Total memory 3.8M data points of non-volatile memory over 10 channels.

Sampling interval 0.2s to 60 minutes on all selected channels.

Maximum ambient operating temperature 80°C.

Original calibration certificate and correction factors stored in memory for access as required.

Up to 1000 hours battery life from 2 x ‘AA’ Alkaline Standard Batteries.

Bluetooth connectivity,

USB communication cable included.

Optional upgrade to two way real time telemetry (PTM telemetry system required).

Dimensions: 200mm(L) x 98mm(W) x 20mm(H).

TS02-130-1  l  Series TSO2 - 130mm High Thermal Barrier - High Temperature / Heavy Duty.

 

Reinforced Stainless steel (310) casing with microporous insulation and phase change heat sink.

Heavy duty integrated handles and catches.

Metal oxide fibre liner with user replaceable thermocouple wear strip.

Measurement potential = 20 channels (10 each end).

Takes 1 x TS00-501 Heat Sink.

Accepts all PTM1 Data Loggers

 

Duration:

6.2 hours at 200°C,

2.2 hours at 400°C,

1.4 hours at 600°C,

1.1 hours at 800°C,

0.9 hours at 950°C.

 

Dimensions: Height 130mm x Width 250mm x Length 605mm (including handles).

Weight: 18.0 Kg

All Phoenix TM thermocouples are manufactured to the highest quality standards and conform to the ANSI MC96.1 special limits specification with accuracy +/-1.1°C or +/-0.4%. The insulation material and the plug terminations are color coded to conform to the IEC 60584 standard.

 

For temperatures up to 1000 °C and diameters of 1 mm or 0.5 mm the thermocouple sheath is a high temperature nickel-chromium-iron alloy (HT Alloy - Inconel®) providing resistance to corrosion and heat along with high strength and good workability. These thermocouples have an insulated hot junction (HJ) to ensure maximum protection against electrical interference from heating elements within the furnace. The thermocouple can be supplied in different MI diameters (0.5 to 3.0 mm – standard 1.6 mm) to suit the application needs, handling requirements and response characteristics.

For temperatures above 1000 °C the thermocouple sheath recommended is an Ultra-High Temperature alloy (UHT Alloy). The alloy is a nickel-chromium with 1.4% silicon which provides inert high oxidation resistance and strength at temperatures up to 1250 °C. Thermocouples with 1.6 mm and 2.0 mm diameter wire are available with the option to include AMS2750E and CQI-9 compliant calibration certificate.

Thermocouple design options allow either standard termination in the thermocouple plug or with a PTFE tail which is helpful when managing installation of high numbers of thermocouples in thermal barriers such as the TS06 & TS07 (Aluminium Solution and Steel Reheat Applications).

 

TC28-100-K  l  Mineral Insulated Thermocouple, Nicrobel Inconel Type K 1.0mm, Max Temperature 1000°C - 1.0m long

TC28-200-K  l  Mineral Insulated Thermocouple, Nicrobel Inconel Type K 1.0mm, Max Temperature 1000°C - 2.0m long

TC28-300-K  l  Mineral Insulated Thermocouple, Nicrobel Inconel Type K 1.0mm, Max Temperature 1000°C - 3.0m long

 

TC22-100-K  l  Mineral Insulated Thermocouple, Ultra-High Temperaturealloy (UHT Alloy) Type K 1.6mm, Max Temperature 1200°C - 1.0m long

TC22-200-K  l  Mineral Insulated Thermocouple, Ultra-High Temperaturealloy (UHT Alloy) Type K 1.6mm, Max Temperature 1200°C - 2.0m long

TC22-300-K  l  Mineral Insulated Thermocouple, Ultra-High Temperaturealloy (UHT Alloy) Type K 1.6mm, Max Temperature 1200°C - 3.0m long

 

TC32-100-K  l  Mineral Insulated Thermocouple, Ultra-High Temperaturealloy (UHT Alloy) Type K 3.0mm, Max Temperature 1350°C - 1.0m long

TC32-200-K  l  Mineral Insulated Thermocouple, Ultra-High Temperaturealloy (UHT Alloy) Type K 3.0mm, Max Temperature 1350°C - 2.0m long

TC32-300-K  l  Mineral Insulated Thermocouple, Ultra-High Temperaturealloy (UHT Alloy) Type K 3.0mm, Max Temperature 1350°C - 3.0m long

SW05  l  Thermal view software

 

PhoenixTM 'Thermal View' is a powerful software package allowing you to quickly and easily analyze data from your process. Screen layout is clear and using the enhanced control bar makes this a very easy, package to operate, with all the analysis functions you will need.
Above all two key elements have been fundamental in the design of this software:

 

• Simplicity. Too many software packages have functions built in that benefit only a few users and complicate the package for the majority. We have avoided this without compromising the available analysis in Thermal View
• Clarity. The software screen has been laid out so users can see what is really important to them - the profile of their oven, furnace, or kiln. The user interface is clearly laid out at the side of the screen to give maximum space to the profile and calculation area.

 

When data is downloaded from the Data Logger, the results are saved in a database for easy access which can be organized in a logical manner using the multi column sorting facility. Process templates can then be constructed so the data can be overlaid against a backdrop which represents all physical points within your oven / furnace.

 

The analysis functions allow you to examine and assess all your critical process parameters in a fast uncomplicated way. For example, it is possible for the user to click and drag 'inspection areas' to any point within the profile so calculations like 'time at temperature' and maximum and minimum temperatures' can be made within specific areas rather than across the whole process.

 

Please access www.ppsystems.co.th/ptm-software-training for more information about PhoenixTM software.

Brochure HTS-02 System : Download Here

 

HTS Product Overview : Download Here

Non-Quench Product Overview : Download Here

 

Publication Low Pressure Carburizing (TH) : Download Here

Publication Low Pressure Carburizing (EN) : Download Here

Publication Through-Process Temperature Profiling for Heat-Treat Efficiency (EN) : Download Here

Publication Applying “Thru-Process” Temperature Surveying to Meet the TUS Challenges for CQI-9 (EN) : Download Here

Data Sheet HT-Data Logger : Download Here

Data Sheet Fibre Glass Thermocouple : Download Here

Data Sheet Mineral Insulate Thermocouple : Download Here

 

Data Sheet Thermal View Plus Software : Download Here

Data Sheet Thermal View Survey Software : Download Here

 

Online Training HTS-02 (TH) : Download Here

Online Training HTS-02-TX (TH) : Download Here

 

Blink Code PTM1200 Series (firmware ver. before 19.2) : Download Here

Blink Code PTM1200 Series (firmware ver. after 19.2) : Download Here

HTS-01 & HTS-03 (TH) : Click Here

HTS-02-380-10 (TH) : Click Here

Type-N Data Logger (TH) : Click Here

 

Video Application

Rotary Heart Furnace Survey (EN) : Click Here

Batch Furnace Survey (EN) : Click Here

Reheat Furnace Survey (EN) : Click Here

Annealing Furnace Survey (EN) : Click Here

 

Integrated Quench Furnace Survey - Bypass (EN) : Click Here

Integrated Quench Furnace Survey (EN) : Click Here

Integrated Quench Furnace Survey (JP) : Click Here

 

Video Training

TR-200129-1 TUS Software Introduction (TH) : Click Here

TR-200129-2 Reset Data Logger via RF Telemetry (TH) : Click Here

TR-200129-3 Thermocouple Inspection (TH) : Click Here

TR-200129-4 TUS CQI-9 Frame Setup (TH) : Click Here

TR-200129-5 TUS Surveying & Analysis (TH) : Click Here

 

Video Instruction

PTM1200 Reset & Download via Mobile (TH) : Click Here

PTM1200-TX RF Telemetry (TH) : Click Here

Calibration Service Local (TH) : Click Here

Calibration Service Inter (TH) : Click Here