Depending on the requirements of specimen detection, the resistance furnace or an induction furnace will be chosen as the specimen’s treatment unit. After purification, the carrier gas (oxygen) is imported into the combustion furnace and the specimen in the high-temperature combustion furnace will be oxidized by the oxygen to CO2, CO and SO2. After de-dusting and dehydration, the generated oxidation products are first loaded into the sulfur detection cell by the oxygen for the determination of sulfur content. Then the oxygen together with gas mixture comes into the heated catalytic furnace, in which catalytic oxidation happens and turns CO into CO2 and SO2 into SO3. After sulfur removal, the gas mixture is channeled to high-carbon detection cell and low-carbon detection cell in sequence by the oxygen for the determination of carbon content. The residual gas is finally discharged out. The analytical results of carbon and sulfur content will be displayed on the analysis software of the computer in the form of % C and % S, and automatically stored for later retrieval. The analysis software may generate, upon need, analysis reports which can be printed via an external printer.

 

Defibrillator is required for reviving the heart functions by providing selected quantum of electrical shocks with facility for monitoring vital parameters.

Operational Requirements:

Defibrillator is Bi-Phasic, Light weight and latest model

Monitor vital parameters and display them

Print the ECG on thermal recorders.

Should work on both Manual and Automated external defibrillation (AED) mode up to 200 j or more.

Capable of doing synchronized & a synchronized cardio version

Can be operated from mains as well as battery

Defibrillator testing facility

Technical Specifications:

Low Energy Biphasic defibrillator monitor with Recorder, having capability to arrest all arrhythmia within a maximum energy of 200 joules.

Monitor ECG through paddles, pads and monitoring electrodes and Defibrillate through pade and paddles. Automatic or Manual Lead switching to see patient ECG through paddles or leads

Measure and compensate for chest impedance for a range of 25 to 125 ohms

Built in 50mm strip Printer/ Thermal recorder

Charging time of less than 6 for maximum energy. Charging indicator is there.

Bright LCD / TFT display for viewing messages and ECG wave form of 4 seconds.

 

Test items: 250

Flow cell: Quartz flow cell 32uL

With both shipping and cuvette system

Lamp: PHILIP 6V 10W

Measurement range: 0 ~ 5Abs

Resolution: 0.001 Abs (display), 0.001 Abs (calculation)

Temperature control: Peltier 37ºC, 30ºC, 25ºC, 0.1ºC

Repeatability: <1%

 

Low Consumption reagent

3 -part differential hematology analyzer : 18 parameters + 3 histograms

2 counting modes : whole blood pre diluted

Broad range voltage : 85-250V

Specification:

Parameters: MCV, MCH,MCHC, RDW, PLT, MPV, PDW, PCT WBC, LYM, MO, GRA, LYM%, MO%, GRA%, HGB, HCT

Measurement Principle:

Counting method : Electric impedance

Hemoglobin : SFT optical detection

Sample Volume:

10mL (Prediluted) / 20mL (Whole blood)

Aperture Diameter:

WBC: 100mm

RBC: 80mm

Output:

RS-232, 1 Parallel printer, Power Supply

Display:

Touch Sensitive LCD Display

Operating Environment:

Temperature 10 C~35 C

Humidity 30%~80%

Power AC220V/110V ± 10%, 50/60Hz, 150VA

Dimension:

330mm (W) x 380mm (D) x 449mm (H)

Weight:

20.0 Kg