Additel 850-1200+B78 Dry Well Calibrator Range 300 to 1200 °C

Nuestro nuevo Horno de Calibración de Termopares de Laboratorio ADT850 es como tener tres hornos separados en uno. Los usuarios pueden seleccionar configuraciones optimizadas para sondas más cortas, sondas más largas e incluso fines de recocido. El horno horizontal ADT850 puede utilizarse en (9) modos/configuraciones diferentes para ayudar a satisfacer incluso los requisitos y estándares de calibración más desafiantes. El horno 850 de Additel está repleto de muchas características adicionales y un rendimiento que no encontrará en ningún otro lugar. El ADT850 se utiliza comúnmente en una multitud de industrias, como la energía, laboratorios de calibración, aeroespacial y metalurgia, entre otras. En general, se utiliza en laboratorios de calibración primarios y secundarios para calibrar termopares nobles y de metal base de diversas longitudes con las incertidumbres más bajas posibles. ¡El ADT850 de Additel es el horno más estable y versátil disponible!

SPECIFICATION

Temperature Range        300°C to 1200°C

Heating Time     (23°C~1200°C) 40 mins, (empty well)

Cooling Time     (1200°C~300°C) 90 mins, (empty well)

Operating Conditions     0°C to 50°C, 0-90%RH (0°C~50°C), non-condensing, <2000 m altitude

Storage Temperature      -20°C to 70°C

Display Screen   7 in (178 mm) color touch screen

Display Resolution          0.01°C

Display Accuracy (Long empty chamber mode)   ±5°C

Heater Power    4000 W (220 V AC)

System Power   20 A, 220 V ±10% 50/60Hz

Power Protection            30 A, 250 V resettable circuit breaker

SIZE (W x H x L) 342 x 424 x 680 mm (13.5 x 16.7 x 26.8 in)

Weight  45 kg (99.2 lbs) without insert

Communication Wi-Fi, Bluetooth, USB, LAN

Warranty            1 year

LONG (DEEP) IMMERSION

MODE   LONG EMPTY CHAMBER MODE  LONG CUP MODE / LONG INSERT MODE   LONG ALUMINA TUBE MODE

Application        Noble and base metal TC calibration        Base metal TC calibration    Noble metal TC calibration

Configuration (insert)     Empty chamber, without insert  Long cup insert or multi-hole insert            20 mm (ID) alumina tube

Insert Dimension            N/A       Cup insert: 36.5 X 28.5 X 80 mm, Block insert: 36.5 X 80 mm          26 mm (OD) X 20 mm (ID) X 630 mm (L)

Immersion Depth            310 to 370 mm (geometrical center: 340 mm)      370 mm to the bottom of insert 310 to 370 mm(geometrical center: 340 mm)

Stability ±0.1°C full range              ±0.1°C full range              ±0.1°C full range

Axial Uniformity              ±0.2°C full range (within ±30 mm axial length from geometrical center) ±0.2°C full range (within 60 mm from bottom of the insert)          ±0.2°C full range (within ±30 mm axial length from geometrical center)

Radial Uniformity            ±0.2°C @ 300°C, ±0.2°C @ 700°C, ±0.2°C @ 1200°C (within 14 mm from geometrical center) ±0.1°C @ 300°C, ±0.15°C @ 700°C, ±0.2°C @ 1200°C (within 14 mm from geometrical center)        N/A

SHORT IMMERSION        ANNEALING FURNANCE

MODE   SHORT EMPTY CHAMBER MODE SHORT CUP MODE / SHORT INSERT MODE   SHORT ALUMINA TUBE MODE    TC ANNEALING MODE

Application        Short noble and base metal TC Calibration              Short base Metal TC calibration  Short Noble Metal TC calibration          Nobel metal TC annealing

Configuration (insert)     Empty chamber, without insert  Short cup insert or multi-hole insert            16 mm (ID) alumina tube              Without insert

Insert Dimension            N/A       Cup insert: 36.5 X 28.5 X 80 mm, Block insert: 36.5 X 80 mm          22 mm (OD) X 16 mm (ID) X 630 mm (L)  N/A

Immersion Depth            200 to 240 mm (geometrical center: 220 mm)      240 mm to the bottom of insert 200 to 240 mm (geometrical center: 220 mm)    100 mm to 500 mm

Stability ±0.1°C full range              ±0.1°C full range              ±0.1°C full range    ±0.1°C full range

Axial Uniformity              ±0.5°C in full range (within ±20 mm axial length from geometrical center) ±0.5°C in full range (within 40 mm from bottom of the insert)          ±0.4°C full range (within ±20 mm axial length from geometrical center)      ±20°C @1100°C within 400 mm range ( from 100 to 500 mm)

Radial Uniformity            ±0.3°C @ 300°C, ±0.3°C @ 700°C, ±0.3°C @ 1200°C (within 14 mm from geometrical center) ±0.25°C @ 300°C ±0.25°C @ 700°C, ±0.25°C @ 1200°C (within 14 mm from geometrical center)        N/A       N/A

AM1210-20-CJ TYPE S RE             ERENCE STANDARD THERMOCOUPLE

Temperature Range        0°C to 1300°C

Type      Type S: Platinum/10% Rhodium vs. platinum w/ cold junction

Long Term Drift ±0.5°C at 1084.62°C after 1 year typical usage

Short Term stability         ±0.2°C at 1084.62°C

Diameter of thermocouple wire 0.5 mm

Sheath Material Alumina

Sheath Dimensions        OD: 6 mm (0.236″); Length: 600 mm (23.6″)

External Lead Wire          S type thermocouple wire 600 mm (23.6″)

Protective Carrying Case              Included

Documentation Report of test with data

Note: ISO 17025 accredited probe calibration available, contact Additel for more information