Non-contact, high precision temperature measurement
System 4 Standard and Fibroptic Thermometers
SYSTEM 4 high precision infrared non-contact thermometers offer exceptional flexibility with a choice of single wavelength, ratio, fibroptic and fibroptic ratio models.
Thermometer type, temperature range, spectral response and optical characteristics are chosen to suit any application from 0 to 2600°C.
System 4 comprises an advanced range of high precision radiation thermometers, LANDMARK® processors and a range of mounting accessories which combine to form a complete temperature measurement system.
Non contact temperature measuring systems are designed for continuous quality and process monitoring and control in a wide range of industries including: Iron & Steel, Glass, Plastics, Rubber, Minerals, Paper… and many more.
Key Features
- Fully interchangeable thermometer and processors ensure maximum flexibility without the need for recalibration.
- Wide range of thermometers with focusable, through-the-lens sighting or flexible fibroptics with optional laser targeting.
- Small target capability
- Wide range of highly effective mounting accessories
- Rugged, flexible, modular design
- Accurate, reliable, drift-free measurement
- Industry standard outputs to suit any process monitoring, recording or control system
Key Benefits
Key Features and Benefits
- Focusable optics – standard and short focus versions with through-the-lens sighting – providing clear and guaranteed definition of target.
- Optional close-up lenses – giving measurement of targets as small as 0.45mm.
- Accurate, reliable, drift-free measurement – total confidence in the measured readings
- Rugged design with a range of mounting options – suitable for all measurement environments
- Flexible fibre optics light guide versions – with optional laser targeting system to define target spot.
- High level linear output – simple and straightforward outputs to external devices
SYSTEM 4 High Precision Infrared Non-contact Thermometers comprises an advanced range of high precision radiation thermometers, LANDMARK® processors and a range of mounting accessories which combine to form a complete temperature measurement system.
Thermometer type, temperature range, spectral response and optical characteristics are chosen to suit any application from 0 to 2600°C/ 32 to 4700°F..
Radiation Thermometers
Proven, reliable electronics and a high quality optical system combine to give a thermometer which delivers accurate, dependable temperature measurement. A rugged die-cast aluminium body, with a high quality electrical connector, ensures reliable performance.
Standard bodied thermometers all feature through-the-lens sighting with a 6° field of view. Adjustable focus with a circular graticule gives precise alignment on to the smallest of targets. Two optical variants are available: Standard focus – adjustable between 500mm and infinity, and Short-focus – viewing from 350mm to 1m. Close-up lenses are also available which can measure targets as small as 0.45mm from as close as 90mm.
Fibroptic Thermometers
The use of flexible fibre optics light guides allows the detector and electronics enclosure to be located in a less hostile environment, and enables access to difficult targets.
The fibroptic thermometers are available with an optional integral laser targeting system which defines the target spot for accurate alignment.
The use of fibre optics permits viewing of normally inaccessible targets, where there are high magnetic fields or in high ambient temperatures up to 200 °C without cooling of the optic head. There is a choice of three optic heads and three light guide lengths.
Emissivity Enhancer
The Emissivity Enhancer improves the accuracy of System 4 short wavelength thermometers on difficult to measure materials such as bright annealed and stainless steel strip.
Intended for use on low emssivity materials it gives enhanced emissivity values.
| Temperatures | |||
|---|---|---|---|
| Low Temperature (C): | 0 | High Temperature (C): | 2600 |
| Low Temperature (F): | 32 | High Temperature (F): | 4712 |
Technical Details
Standard Thermometers
| Model | Range | Wavelength | Response Time (1) | Accuracy (2) |
|---|---|---|---|---|
| General purpose, metals, glass, refractories | ||||
| M1 450/1000C | 450 to 1000 °C | 1µm | 5 ms | 0.4%K |
| M1 850/1850F | 850 to 1850 °F | 1µm | 5 ms | 0.4%K |
| M1 600/1600C | 600 to 1600 °C | 1µm | 5 ms | 0.4%K |
| M1 1100/2900F | 1100 to 2900 °F | 1µm | 5 ms | 0.4%K |
| M1 800/2600C | 800 to 2600 °C | 1µm | 5 ms | 0.7%K |
| M1 1500/4700F | 1500 to 4700 °F | 1µm | 5 ms | 0.7%K |
| General purpose, metals and glass processing | ||||
| M2 300/1100C | 300 to 1100 °C | 1.6 µm | 5 ms | 0.25% + 1K |
| M2 600/2000F | 600 to 2000 °F | 1.6 µm | 5 ms | 0.25% + 1K |
| Bright oxidised or lightly oxidised metal surfaces | ||||
| M4 50/250C | 50 to 250 °C | 2.4 µm | 100 ms | 3K |
| M4 150/500F | 150 to 500 °F | 2.4 µm | 100 ms | 3K |
| M4 150/550C | 150 to 550 °C | 2.4 µm | 100 ms | 4K |
| M4 300/1000F | 300 to 1000 °F | 2.4 µm | 100 ms | 4K |
| Glass surface temperature measurement | ||||
| M5 400/1300C | 400 to 1300 °C | 4.8 to 5.2 µm | 100 ms | 0.6%K (4) |
| M5 750/2400F | 750 to 2400 °F | 4.8 to 5.2 µm | 100 ms | 0.6%K (4) |
| M5 1000/2500C | 1000 to 2500 °C | 4.8 to 5.2 µm | 100 ms | 0.6%K (4) |
| M5 1800/4500F | 1800 to 4500 °F | 4.8 to 5.2 µm | 100 ms | 0.6%K (4) |
| General purpose, low temperature, metals, glass, food, paper and textiles | ||||
| M6 0/300C | 0 to 300 °C | 3 to 5 µm | 100 ms | 0.3% + 2.5K |
| M6 50/600F | 50 to 600 °F | 3 to 5 µm | 100 ms | 0.3% + 2.5K |
| M6 100/700C | 100 to 700 °C | 3 to 5 µm | 100 ms | 0.3% + 2K |
| M6 200/1300F | 200 to 1300 °F | 3 to 5 µm | 100 ms | 0.3% + 2K |
| Plastic thin film | ||||
| M7 25/375C | 25 to 375 °C | 3.43 µm | 100 ms | 3K |
| M7 75/700F | 75 to 700 °F | 3.43 µm | 100 ms | 3K |
| Food, textiles, paper, plastics, rubber, wood, paint and ceramics | ||||
| M8 0/1000C | 0 to 1000 °C | 8 to 14 µm | 100 ms | 1%K + 1K |
| M8 30/1830F | 30 to 1830 °F | 8 to 14 µm | 100 ms | 1%K + 1K |
| Ratio thermometer, variable emissivity, target obscuration, partially filled field of view | ||||
| R1 600/1600C | 600 to 1600 °C | 0.85 to 1.1 µm | 100 ms | 0.65%K |
| R1 1100/2900F | 1100 to 2900 °F | 0.85 to 1.1 µm | 100 ms | 0.65%K |
| R1 1000/2600C | 1000 to 2600 °C | 0.85 to 1.1 µm | 100 ms | 1.1%K |
| R1 1800/4700F | 1800 to 4700 °F | 0.85 to 1.1 µm | 100 ms | 1.1%K |
(1) – Time quoted to 95% step change
(2) – Accuracy quoted to ITS90
(3) – Above 75 °C / 167 °F
(4) – Optimised for glass toughening = 3k at 630 °C
Fibroptic Thermometers
| Model | Range | Wavelength | Response Time (1) | Accuracy (2) |
|---|---|---|---|---|
| General purpose, metals, glass, refractories | ||||
| M1 600/1600CYL | 600 to 1600 °C | 1µm | 5 ms | 0.4%K |
| M1 1100/2900FYL | 1100 to 2900 °F | 1µm | 5 ms | 0.4%K |
| M1 800/2600CYL | 800 to 2600 °C | 1µm | 5 ms | 0.7%K |
| M1 1500/4700FYL | 1500 to 4700 °F | 1µm | 5 ms | 0.7%K |
| General purpose, metals and glass processing | ||||
| M2 300/1100CYL | 300 to 1100 °C | 1.6 µm | 5 ms | 0.25% + 1K |
| M2 600/2000FYL | 600 to 2000 °F | 1.6 µm | 5 ms | 0.25% + 1K |
| General purpose, low temperature and secondary metals | ||||
| M3 50/250CQ (3) | 50 to 250 °C | 2.1 µm | 100 ms | 3K |
| M3 150/500FQ (3) | 150 to 500 °F | 2.1 µm | 100 ms | 3K |
| Ratio thermometer, variable emissivity, target obscuration, partially filled field of view | ||||
| R1 600/1600CYL | 600 to 1600 °C | 0.85 to 1.1 µm | 100 ms | 0.65%K |
| R1 1100/2900FYL | 1100 to 2900 °F | 0.85 to 1.1 µm | 100 ms | 0.65%K |
| R1 1000/2600CYL | 1000 to 2600 °C | 0.85 to 1.1 µm | 100 ms | 1.1%K |
| R1 1800/4700FYL | 1800 to 4700 °F | 0.85 to 1.1 µm | 100 ms | 1.1%K |
Y – Denotes laser targetting system available
(3) – Above 75 °C / 167 °F
Resource & Download
http://www.landinst.com/documents/20?1381332625
http://www.landinst.com/documents/374?1340612129
http://www.landinst.com/documents/375?1340612182
http://www.landinst.com/documents/376?1340612225
http://www.landinst.com/documents/377?1340612256
http://www.landinst.com/documents/491?1367410627
http://www.landinst.com/documents/492?1367410736
http://www.landinst.com/documents/498?1367411681
http://www.landinst.com/documents/499?1367411777
http://www.landinst.com/documents/500?1367411922
http://www.landinst.com/documents/501?1367412044
http://www.landinst.com/documents/502?1367412737
http://www.landinst.com/documents/503?1367412853
http://www.landinst.com/documents/504?1367412952
http://www.landinst.com/documents/505?1367413048
http://www.landinst.com/documents/511?1367414725
http://www.landinst.com/documents/512?1367414460
http://www.landinst.com/documents/569?1376994470
… [Trackback]
[…] Read More Info here on that Topic: ino.com.vn/khac-do-luong-kiem-tra/land-system-4-high-precision-infrared-non-contact-thermometers/ […]
… [Trackback]
[…] Information to that Topic: ino.com.vn/khac-do-luong-kiem-tra/land-system-4-high-precision-infrared-non-contact-thermometers/ […]
… [Trackback]
[…] Find More to that Topic: ino.com.vn/khac-do-luong-kiem-tra/land-system-4-high-precision-infrared-non-contact-thermometers/ […]