( Conforming stds: ASTM D86, ISO 3405, (ASTM D850/1078 with Optional Accessories - 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 Program control: Microprocessor controlled sequencing - Display: LCD display with backlight - Barometric pressure correction: Manual setting on display screen - Remarks: Installing the optional barometric sensor allows auto barometric correction (Temperature sensor: Sample vapor: Platinum resistance temperature sensor 100Ω/0 °C (Pt100 - Heater: CA thermocouple (Bath: Platinum resistance temperature sensor 100Ω/ 0°C (Pt100 (Receiver compartment: Platinum resistance temperature sensor 100Ω/0 °C (Pt100 Heater: Nichrome coil, 800W at AC100V or 1kW at AC220V - Heater cooling: Forced cooling with sirocco fan - Condenser tube: Brass - Remarks: Stainless steel available as a factory option ( Condenser tube temp: Electronic cooling and heating by Peltier device (Setting range: 0 to 69.9°C - (Receiver compartment temp: Electronic cooling and heating by Peltier device (Setting range: 0 to 69.9°C - IBP detection: Photoelectric detection by red LED and phototransistor - 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 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 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 Special parameters: Set these parameters as required (defaults are the underlined values in the parentheses - (Loss correction method (graphical/arithmatical ( Unit of rounding distillation temperature and volume (0.1/0.5 ( Heater temperature manual control (ON/OFF ( Measurement both end point and dry point (ON/OFF (Hesitation point correction (ON/OFF ( Data printing (ON/OFF ( Test end at specified distillation temperature or volume (Not set at factory ( Initial temperature automatic setting (ON/OFF ( Distillation volume printing at specified distillation temperature (Not set at factory ( Distillation temperature printing at specified distillation volume (Not set at factory Test termination: Can be one of the following four conditions - End at end point End at dry point (Abortion at specified distillation temperature (in units of 0.1 °C (Abortion at specified distillation volume (in units of 0.1% Dry point: Manual detection by visual check - Remarks: Attaching the optional dry point sensor (CRC thermocouple) enables automatic detection (Safety: (1) Activating the overheating prevention function if the distillation temperature reaches the full scale (upper limit of the test temperature range Heating stops, the buzzer sounds intermittently, and a message is displayed Activating the self-diagnosis function if a sensor wire cut, a test parameter, or an operational error is detected Heating stops, the buzzer sounds intermittently, and a message is displayed Activating the fire alarm function if a sample flowed into the heater block catches fire and the thermofuse is blown Heating stops, the fire containment shutter operates, the N2 gas inflow solenoid valve goes ON(¹¹), the fire buzzer sounds continuously, and a message is displayed Note (¹¹): If N2 gas is connected, the gas flows into the heater block (External output: RS-232C × 1ch (standard - Power supply: AC120/220/240 V (set at factory) 50/60 Hz 1.5 kW - (Dimensions and weight: W400 × D520 × H710 mm About 55.0 kg (excluding projections - Minimum installation space: W600 × D620 mm - (Standard accessories: Distllation Flask (125 ml) :1 pc (a - (Graduated Sylinder Assembly (100 ml) :1 pc (b ( Flask Support Board (Ø38 mm hole) :1 pc (c (Flask Support Board (Ø50 mm hole) :1 pc (d (Temperature Sensor (for fuel oil):1 pc (e (Temperature Sensor Rest :1 pc (f (Temperature Sensor Centering Device: 1 pc (g ( Silicon Stopper No.0A (for flask vapor tube) :1 pc (h ( Silicon Stopper for Condenser Tube Cap :1 pc (i (Spare Thermofuse: 3 pcs(j (Condensation Water Saucer: 1 pc (k AC Power Cord :1 pc Instruction Manual and Maintenance Manual :each 1 copy
راهنمای خرید محصول (دستگاه تقطیر اتوماتیک TANAKA SCIENTIFIC LTD, JAPAN)