Tanaka AD-6, Инструкция по эксплуатации

Страница: 40 / 45

- 39 -
13 Specifications
(1) Conforming stds: ASTM D86, ISO 3405, (ASTM D850/1078 with Optional Accessories)
(2) Temp ranges: The following four ranges can be selected
Fuel oil: Room temperature to 300
°
C (for ASTM 7C thermometer)
Room temperature to 400
°
C (for ASTM 8C thermometer)
Solvent (BTX): Room temperature to 200
°
C
Room temperature to 400
°
C
(3) Program control: Microprocessor controlled sequencing
(4) Display: LCD display with backlight
Barometric pressure correction: Built-in barometric sensor allows auto barometric
correction.
(5) Temperature sensor: Sample vapor: Platinum resistance temperature sensor 100 Ω /0
°
C (Pt100)
Heater: CA thermocouple
Bath: Platinum resistance temperature sensor 100
Ω / 0
°
C (Pt100)
Receiver compartment: Platinum resistance temperature sensor 100 Ω /0
°
C
(Pt100)
(6) Heater: Nichrome coil, 800W at AC100V or 1kW at AC220V
(7) Heater cooling: Forced cooling with sirocco fan
(8) Condenser tube: Brass
Remarks: Stainless steel available as a factory option
(10) Condenser tube temp: Electronic cooling and heating by Peltier device (Setting range: 0 to
69.9
°
C)
(11) Receiver compartment temp: Electronic cooling and heating by Peltier device (Setting range: 0 to
69.9
°
C)
(12) IBP detection: Photoelectric detection by red LED and phototransistor
(13) Dillute level detection: Photoelectric detection by red LED and phototransistor
Level Follower Sensor: LEADER mode sensor
Distillation rate: 4.5%/min at shipping (Changeable from 2 to 9m% in
0.5% steps)
Control: PID control
(14) Test mode: 26 modes for selection as required
A sample name can be entered for each mode (partially set at factory)
Mode No.1 – 5
→
Standard test mode (set at factory, but may be changed)
No.6 – 18
→
Standard test mode (set by the user)
No.19 – 20
→
10% distillation residue mode (Set at factory, but may be changed)
No.21 – 24
→
Known data compare mode (Set by the user)
No.25 – 26
→
JIS Standard sample data compare mode (Set at factory, but may be
changed)
(15) Test Parameters: Set the following test parameters for each mode.
(1) Essential parameters: Always set these parameters.
▪ Heater temperature between test start and initial boiling point detection
(
°
C)
▪ Distillation rate between initial boiling point detection and final heating
start point (%)
▪ Final heating start point (distillation volume) (%)
▪ Heater voltage between final heating start point and test end (V)
▪ Test temperauture range (selected from the four options in (2) on the
previous page)
▪ Expected residue (%)
▪ Condenser tube temperature (
°
C)
▪ Receiver compartment temperature (
°
C)