Prosoft Automation

With the valuable assistance of skilled team of professionals, we are engaged in offering an extensive range of high quality Bomb Calorimeter.

Specification
Test indexMoisture, ash, volatile matter and LOI
Standards ISO11722, ISO1171, ISO562, ASTM-D3173 / D3174 / D3175 / D5142 / D7582
Precision 0.02% RSD
Furnace Dual furnaces, one for moisture and ash, one for volatile matter
Furnace temperature Room temperature~1000
Temperature control precision ±2
Temperature resolution 0.1
Balance Resolution 0.0001g
Max. Samples 19 samples + 1 blank sample position (Moisture & Ash)
25 samples + 1 blank sample position (Volatile matter)
Quantity of sample / test time Full indexes for 19 samples< 120 min (Quick method)
Sample weight 0.5 up to 5g
Max. Power 4kW for moisture/ash testing; 2.5kW for volatile matter testing

Highlights:  Dual furnaces structure, the system consists of two parts, one for moisture and ash analysis, other for volatile matter analysis.  For moisture and ash analysis, 19 samples can be loaded once + 1 blank sample position;  For volatile matter analysis, vertical furnace structure is adopted with 26 positions. Upper part for high temperature volatile matter test while lower part for low temperature cooling and weighing, makes the test result more accurate and test efficiency greatly improved.  Flexible software design, test procedure, analysis time, temperature etc. can be customized;

Description from Product Brochure :-

Our presented series of Sulphur Analyzer is enormously demanded in the market for their long-lasting nature and superior finish.

We are one of the trusted companies of SDAF105b Ash Fusion Tester. Our products are enormously admired in the market owing to their top features.

SDACM4000 can be used to determine the calorific value of solid and liquid combustibles such as coal, coke, petroleum oil, cement black meal, biomass fuels as well as building material. Vertical type calorimeter, large water quantity. Difference of jacket water temperature in each test is less than 0.1K.

Application:
SDACM4000 can be used to determine the calorific value of solid and liquid combustibles such as coal, coke, petroleum oil, cement black meal, biomass fuels as well as building material.

Conformance to Standards
ASTM D5865-2007; ASTM D240; ASTM D4809-13; ASTM E711; BS EN 14918; ISO 1928 ; ISO 9831

Highlights
 Vertical type calorimeter, large water quantity. Difference of jacket water temperature in each test is less than 0.1K.
 Automatic water temperature adjustment (at final stage, bucket temperature is 1K higher than jacket temperature), water amount determination and test.
 Support oxygen bomb air tightness examination, no complicated elevating mechanism and compressor in calorimeter.
 SDACM4000 calorimeter has expert diagnostic, self-protection, self-diagnostic function.
 Authentic test data and calorific value, no software modification.
 Strong data processing capability, statistics report and printing function; Capable of connecting with network and balance by RS232 interface.


Specification
Analysis Time 15-25min
Temperature Resolution 0.0001
Heat Capacity Precision ≤ 0.1%
Jacket Type Isoperibol
Heat Capacity Stability ≤0.25% within three months
Network/Balance Connection Available (by interface RS232)
Power Requirement 220V(-15%  10%), 50/60 Hz

Description from Product Brochure :-

Analysis Time Fast mode Temperature Resolution 0.0001???
Heat Capacity Precision(1g Benzoic Acid) ≤ 0.05%
Calorimeter Type Isoperibol
Heat Capacity Stability ≤0.20??? within three months
Network/Balance Connection Available (by interface RS232)
Power Requirement 220V(-15%???10%)???50/60Hz

Highlights???

Optimized design, fully automatic oxygen filling & releasing, fully automatic bomb raising & lowering, full test process is less than 10 minutes.

Good environment adaptability, precise, accurate and reliable rest result.

Accurate and reliable test result.

Reasonable structure, reliable operation, safe and environment friendly.

Conformance to Standards???
ASTM D5865-2007; ASTM D240; ASTM D4809-13; ASTM E711; BS EN 14918; ISO 1928 ; ISO 9831