A HIGHLY EXPANDABLE SYSTEM TO GROW AS YOUR LAB GROWS - The CAL3K-F is a flexible system for low to high throughput without compromising on accuracy and repeatability.
Start off with the entry-level system containing the calorimeter, bayonet bomb vessel and oxygen filling station, and grow your system as your budget grows to an advanced system containing 2 air coolers and 3 bayonet bomb vessels. The advanced system can complete up to 14 samples per hour, ultimately making it the fastest system in our range. The CAL3K-F makes use of the external oxygen filling station, and remains a waterless system like all other systems in the range. The sample repeat speed ranges between 5-7 minutes per sample.
The CAL3K-F Oxygen Bomb Calorimeter is highly expandable to cater for increasing laboratory work.
Start off with the most economical single vessel system and expand it as the need arises to a system of 12-14 samples per hour. The system uses the proven bayonet vessel common to all CAL3K systems and works in the dynamic (Isoperibol) mode. It has four communication ports with a host of outstanding features that caters for every application.
The CAL3K Calorimeter has some added features which will make the operation of the oxygen calorimeter a lot easier and user friendly. Every step in the determination of the calorific value of the sample has a help screen attached and operator prompts assist with step-by-step instructions to operate the calorimeter.
EVENT LOGGING - The CAL3K-F has 80 plus event classifications and can store a maximum of 6800 logged events. A short summary is available on the D1 port with the statistical output enabled.
DEFAULT PARAMETER FIELD - The default parameters are invoked at every power up. This assures the most important parameters are always used as we have intended.
FAULT AND FIELD TESTING CAPABILITY - The CAL3K-F and vessel each have a factory and a field test built in. The field test allows the operator/user to test the functionality without any instruments or special connections. The factory test is time stamped and visible, but can't be influenced in the field.
The vessel records the amount of firings, the max temperature and the date and time. The CAL3K-F records the max starting temperature, the max ambient temperature and date/time. It also records the amount of firings, mass firings, bomb aborts, manual fired and suspect result.
|No Water Required||No water bucket. No measuring. No spillage.|
|Operating Mode||DYNAMIC (Isoperibol)|
|7 Calibration Fields||For different calorimeters and modes|
|Multiple Communication Channels||1 Wired (USB) and 2 optional wireless channels|
|User Friendly||User Friendly Operation|
|10 Calibration Average||For variable amount of calibration average to suit your application|
|Low Power Consumption||Very low power consumption. No temperature controlling required.|
|Eco Friendly||Eco Friendly - small carbon footprint. No water, low power consumption.|
|Temperature Range||Temperature Range from 1°C to 70°C, requires no air-conditioning.|
|Event Logging||Built-in event logging for ±6000 events.|
|Fault Finding||Extensive Fault Finding and Testing.|
|Temperature Accuracy||Temperature accuracy of 10ppm (parts per million) (0.00001°C).|
|Results||Results in MJ/Kg, KJ/g, BTU/Lb or Cal/g.|
|Compensation||Compensation for firing energy and sulphur.|
|Preset Fields||Default set up|
|Guaranteed setup||Only non-sensitive items can be altered|
|Operating Parameters||Most operating parameters can be changed via the USB interface|
|Restrict Access||Operating parameter access is password restricted for sensitive items|
|Large Storage||Up to 300 results storage.|
|Intelligent Vessel||Intelligent Vessel with built-in temperature sensing.|
|Linear Sensors||Linear temperature sensing with platinum sensors.|
|Safety||Continuous internal safety checks guarantee the safety of the operator.|
|Step-by-Step Help||Screen prompts assist with step-by-step instructions to operate the calorimeter.|
|Bayonet Vessel||Self-locking and self-sealing bayonet bomb vessel.|
|Air Cooler||No water required to cool the bomb vessel.|
|Balance Interface||Balance interface with baud speed setting.|
|Improved Initial Timing||Based on drift and time, or time after drift.|
|Full LIMS Support||For the assignment, scheduling, and tracking of samples.|
|Filter Data on Events||Extensive testing and detailed data viewing.|
|Room Temperature Control||No temperature control required.|
|Pressure Sensor / Leak Detection||Detects leaks and aborts the firing in the vent of a leak.|
|Ports||The unit has three available ports. USB and 2 x RS232 ports.|
|Moisture compensation||Report in 'DRY' form|
|Gelatine capsule compensation||Can be enabled for determination of powdery substances|
|Fibre compensation||For Food/Feed analysis|
|Bar Code entry addition||Extra letters/numbers can be added to the SID for the identification of duplicates|
|Working (Operating) Temperature:||15-70°C|
|Results per hour:||Up to 14 samples per hour using 3 bayonet bomb vessels|
|Measuring range max.:||99Mj|
|Working temperature min.:||1°C|
|Working temperature max.:||~50°C|
|Type of Cooling:||Airflow|
|Oxygen Operating Pressure Max.:||40 bar|
|Balance/Scale Interface:||S232, 1200 to 38400 Baud, settable|
|Printer Interface:||RS232, 1.2Kb to 115.2Kb|
|PC Interface:||USB, 2.0|
|Interface External Keyboard:||PS2|
|Halogen (Decomposition) Vessel:||Yes, optional|
|Analysis according to DIN 51900:||Yes|
|Analysis according to ASTM D240:||Yes|
|Analysis according to ASTM D4809:||Yes|
|Analysis according to ASTM D5865:||Yes|
|Analysis according to ASTM E711:||Yes|
|Analysis according to ISO 1928:||Yes|
|Dimensions:||350mm x 280mm x 240mm|
|Permissible Ambient Temperature:||1-35°C|
|Permissible Relative Humidity:||80%|
|Voltage:||220-240 / 100-120V, 12VDC, 1A|