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Plastic Testing Instruments

Plastics Testing Instruments - Pacorr offers a wide range of highly accurate Plastics Testing Instruments that help the industries in testing the quality of their products. Call now for price: 91 8882149230<br>

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Plastic Testing Instruments

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  1. Pacorr Testing Instruments Pvt. Ltd Plastic Testing Instruments

  2. MELT FLOW INDEX TESTER- DIGITAL Pacorr Melt Flow Index tester is used for evaluating the flow properties of molten plastics or resins. The Melt flow Index of thermoplastic materials is defined as the rate of flow (in grams per ten minutes) of extrudates of molten resins through a jet of a particular length and diameter. The test is carried out under prescribed condition of temperature, load and piston position in a cylindrical cavity inside a heated metallic tube barrel. The instrument accurately provides all standard terms of temperature and pressure strictly as per standards ASTM D 1238-1992. Automatic Melt Flow Index tester is fitted with a Microprocessor based PID Temperature controller, with a temperature range from ambient to 400°C. It has a resolution of 0.1°C and an accuracy of ± 0.1°C. The instrument incorporates a digital pre-settable timer with a range of up to 59 minutes; 59 seconds and buzzer output. The provision of automatic sample cutting ensures the accuracy and smooth operation. TECHNICAL DATA   Model: PCMFIT-1 Temperature Controller: Microprocessor based Digital Temperature Controller Temperature Range: Upto 400 deg. C Resolution: 0.1 deg. C Accuracy: +/- 0.1 % F.S.D. Timer: Microprocessor based Digital Timer with range up to 999.9 Seconds and having Preset facility and buzzer output. Weights: 1.20Kg, 2.16 Kg, 3.80Kg& 5 Kg hard chrome plated weights. Accessories: Orifice, Piston, Barrel Cleaner, Orifice cleaner. Sample Cutting, Auto-Cut Paint: Powder Coated. Power: 230V AC, 50 Hz Amperes: 4 Amps. Table Top Model           

  3. AUTOMATIC MELT FLOW INDEX TESTER (COMPUTERIZED) Pacorr Automatic Melt Flow Index Tester Computerized is used for evaluating the flow properties of molten plastics or resins. The Melt flow Index of thermoplastic materials is defined as the rate of flow (in grams per ten minutes) of extrudates of molten resins through a jet of a particular length and diameter. The test is carried out under prescribed condition of temperature, load and piston position in a cylindrical cavity inside a heated metallic tube barrel. The instrument accurately provides all standard terms of temperature and pressure strictly as per standards ASTM D 1238-1992 & ISO 1133. Automatic Melt Flow Index tester is fitted with a Microprocessor based PID Temperature controller, with a temperature range from ambient to 400°C. It has a resolution of 0.1°C and an accuracy of ± 0.1°C. The instrument incorporates a digital pre-settable timer and buzzer output. It has a provision of automatic sample cutting, Auto Weighing of sample, RS232 Communication with Windows based Software, report generation and ensures the accurate and smooth operation. TECHNICAL DATA                      Model: PCAMFIC-1 Display: Digital LCD with backlit Auto Cutting Auto Weighing Inbuilt digital Weighing Balance with Accuracy of 0.001gm (1mg). Auto MFR Calculation. Window based software. RS 232 port to Interface with Computer. Temp Controller: Microcontroller based LED Temperature Controller. Temperature Range: Upto 400ºC Resolution: 0.1 degree C Accuracy: ± 0.1°C. Timer: Range up to 999.9 Seconds Weights: 2.16, 5.0 Kg hard chrome plated weights. Accessories: Orifice, Piston, Material charger, Barrel cleaner, Orifice cleaner, Sample Cutter. On completion of test scrolling display for all the Individual results and Average MFI value. Transfer to PC or Computer for record or Print on completion of Test. Paint: Powder Coated. Power: 220V AC / 50 Hz, Single Phase Amperes: 4 Amps. Table Top Model Note: In addition to this we request you to buy Personal Computer with CD Rom & Serial interface COM Port (COM1).

  4. MELT MASS (MFR) & VOLUME (MVR)FLOW RATE TESTER-COMPUTERIZED The Melt Flow Rate is a measure of the ease of flow of melted plastic and represents a typical index for Quality Control of thermoplastics. Originally called Melt Flow Index or Melt Index (typically for polyethylene, but applied to a variety of materials), the standard designation today is Melt Mass-Flow Rate or MFR, which is a mass flow expressed (SI units) in g/10min. An alternative quantity is the volume flow expressed (SI units) in cm-3/10min, called Melt Volume-Flow Rate or MVR. MVR multiplied by the melt density (i.e. density of the material in the melted state) gives MFR. Typical Melt Flow instruments are compact and easy to use. The basic principle is that a thermoplastic sample (originally in the shape of granules, powder or flakes) is made fluid by heating and forced to flow out of a cylinder through a capillary die. The extruding piston is loaded with dead weights, normally up to 21.6 kg. MFR (and MVR) are obtained under standard conditions of temperature and applied load, defined for each type of material, and normally using a fixed type of die (inner diameter 2.095 mm, length 8 mm). The result must always specify the test conditions because it‟s strongly dependent on those. MFR and MVR are typically used in Quality Control labs and Production Control labs. The basic procedure foresees a timing, cutting and weighing of the extruded material, giving directly a value of MFR. Semi- automatic procedures allowed by modern instruments are based on direct measurements of piston displacement, hence they give directly a value of MVR. Melt density can be typed in or measured, and therefore MFR results are also obtained. Semi-automatic procedures can achieve a much higher accuracy and guarantee a wider range of measurable flow rates. More advanced methods foresee the application of several loads during the same test, each one giving a MFR (MVR) result. This is called a multi-weight test and gives additional information on the sample, with some insight on the shear dependence of viscosity. A single-weight MFR test can be correlated with average molecular mass, while the shear dependence depends on the molecular mass distribution. References  ISO 1133:2005 "Plastics - Determination of the Melt Mass-Flow Rate (MFR) and Melt Volume-Flow Rate (MVR) of Thermoplastics”  ASTM D1238-10 "Standard Test Method for Melt Flow Rates of Thermoplastics by Extrusion Plastometer“ Specification:  Model: PCMVR  AutomaticCutting.  AutomaticWeighing.  Auto loading of weights from 2.16 to 21.6Kgs.  Auto MFR & MVRCalculation.  Direct print of report on thermal printer OR RS 232 port toInterface withComputer.  Temp Controller: Microcontroller based PID temperature Controller.  Temperature Range: Upto 400ºC  Resolution: 0.1 degree C  Accuracy: +/-0.1 degree C.  Timer: Upto 999.9Seconds  MicrocontrollerforMFItestwithprogrammingparameterslike,Productspecification,Densityofproduct , Operator details, Date & time of test etc.  Weights: 2.16 Kg & 5 Kg hard chrome plated weights. (Other weights with extracost)  Accessories: Orifice, Piston, Linear, Material charger, Barrel cleaner, Orifice cleaner, Sample Cutter, Mirror, Tweezers.  As per method B, Piston travel length measuring by LVDT sensor with range up to 110.0 mm and accuracy of 0.01mm  Paint: PowderCoated.

  5.   Power: 220V AC / 50 Hz, Single Phase. Amperes: 4 Amps. Table TopModel. Note: In addition to this we request you to buy Personal Computer with CD Rom & Serial Interface COM Port (COM1 or COM2). Extra weights as per details given in ASTM D 1238 METHOD MATERIAL WEIGHTS NEED AMOUNT 1. HDPE A, D, B, E, F, N 325gm 600.00 2. LDPE LLDPE 21.6kg, 10.0kg 6,500.00 3. ABS G, I 3.80kg 1,900.00 4. POM (ACETAL) E, M 1.050kg 1,000.00 5. PC O 1.200kg 1,000.00

  6. TENSILE STRENGTH TESTER- DIGITAL Pacorr Tensile Strength Tester is required to test the material before commencing production as the tensile strength gives an exact idea about the quality and overall strength of that material. The Tensile Testing Machine- Digital can be very apt equipment for the industries to test the tensile strength of the products that are delivered to the customers. The instrument comes with two clamps which are used for exerting a tensile force on the specimen. The load is recorded by the load cell and is displayed on the digital display. The instrument is ideal for use in industries like polymers, plastics, textiles, automobiles and many more. TECHNICAL DATA • Model: PCTTM-1 • No. of screws: Single screw mechanism driven through motor & gearbox • Vertical Clearance: 700 mm • Exterior Body Paint: Powder coated • Display: Digital LCD Display • Capacities: 50 Kgf/ 100 Kgf/ 250 Kgf/ 500 Kgf • Load cell: „S Type‟ load-cell of reputed make • Least count for load: 5/10/20/50 Grams • Results displayed on screen: Load &Elongation values • Least count for elongation: 0.1 mm • Speed Range: 40mm/min - 400 mm/min • Load units: Kgf • Speed control: Dedicated AC Drive • Motor for speed variations: Reputed make induction motor with dedicated gear box • Test jaws: Vice Type (By default) else Please specify your applications at the time of order. • Power Supply: 230 Volt AC, 50 Hz, Single Phase Salient Features: • Floor standing model • Aesthetic outer appearance • Unique and compact design features • Fitted with Microprocessor based PROGRAMMABLE Logical controller • Equipped with Lead screw for friction less traverse • High accuracy in elongation • Reputed make Induction motor with Dedicated Gear Box and Drive for speed variation and to maintain speed at high • Easy to use display unit (controller part) and software • In-built Over Load Safety • In-built Over Travel Safety • You can get graph for load v/s elongation (stress v/s strain) and also get a excel sheet (Optional) • Overload protection for load cell • Over travel of traversing crosshead in both direction • Emergency Manual switch for stopping the machine

  7. UNIVERSAL TESTING MACHINE- COMPUTERIZED Pacorr Universal Testing Machine- Computerized is very helpful for the manufacturers ensuring the quality of the products is of best level by testing the overall strength of the materials. The instrument comes with two clamps,one clamp is movable. The specimen is locked between the two clamps and the movable clamps moves to exert a tensile force on the specimen. The instrument gives highly accurate testing results for different materials. The instrument is available with computer software that helps in automatic conduction of test procedure. TECHNICAL DATA         Model: PCTTMDC-1 Capacities: 100 Kgf to 10000Kgf Grip to Grip Separation: 50mm – 700mm. Cross Head Speed: 50mm/min – 500mm / min. Cross Head Travel Length: 800mm without Grips. Load Sensor: Universal „S‟ Type / Pancake-Type. Load Sensor Accuracy: ± 2% at Full Load (with master load). Display: Graphical with test data output through Inbuilt Software Over Load / Travel Safety facility: Auto stop through software Motor: 1.5 HP, RPM – 1440, with 3 phase AC drive.   Features: Advanced load sensor sensing through advanced electronics. Speed Control through Variable Frequency drive automation by Graphic user interface PC. Highly sensitive load sensor with linearity feature and repeatability Cross head travel length: 800 mm without grips Twin column rugged structure Safety limit switches for over travel safety Hardened lead screws/ball screws for frictionless movement Load cell calibrated by NPL approved proving ring/dynamometers High accurate micro-controller based system controls with integrated software User Friendly software with intuitive icons and robust architecture Easy Data Management. User programmable product identification, lot no., shape of specimen, company name, Operator details etc. Export Test report in excel format Online test run status can be viewed graphically or in raw data form Secured working with key protection feature Ease of use features: Graph setup, test control wizard, formulae/result calculations, reports, live test panel. Graph setup: user defined graph scale/range with Graph Title Test Control Wizard to set test parameters like tension, compression, changeable units in Kgs/N/lbs or cm/mm/inch. Automatic end test/return to home position through software interface after completion of test. Immediate analysis of results after test with complete accuracy & precision. Option to email test reports Single Test start with one click entry of the mouse.                     

  8. HUMIDITY CHAMBER / CONDITIONING CHAMBER Pacorr Humidity chamber is an environment chamber that is mainly used in industrial labs to create environmental conditions to which the materials are subjected during their usage. This helps the manufacturers in estimating the lifetime as well as the longevity of the materials when working in such environmental conditions. The chamber consists of glass wool insulation that helps in prevention of any outer interaction of heat with the interiors of the chamber. Additionally, the chamber offer rapid cooling and heating and hence can be kept at a constant temperature for a long time. TECHNICAL DATA            Model: PCHC-1 Shelves: 2 no. SS Shelves Timer: 999 min (Changeable to Hrs.). Temperature range: Ambient to 60 degree Celcius Humidity Chamber: Ambient to 90%RH Accuracy: ± 2ºC Display: LED (Digital) Inner Dimensions: 24” x 24” x 24” Inner Side: Stainless Steel Outside: – Mild Steel duly Powder coated Standards: D1776M – 15 Features: Highly accurate test results under uniform temperatures and humidity levels in the chamber Digital Control for Humidity and Temperature High Grade imported Glass Wool insulation Maximum Thermal Efficiency by insulation means. SSR-based heaters Digital Preset timer with LED Display Inbuilt Auto tuning function Water Level Indicator Inbuilt Calibration features with reference to master PID controller Auto-stop feature to stop machine at set time Time totalizer to calculate the no. of Hours run by the instrument           

  9. IZOD/ CHARPY IMPACT TESTER Pacorr Izod/ Charpy Impact Tester is the testing machine that is used for testing the impact resistance of the metal and plastic products. This equipment works on the principle of oscillating pendulum. The pendulum hits the specimen with a predefined force through a pendulum with a hemispherical nose. The force applied on the specimen gives the exact reading of the force required to bring the specimen to failure. This instrument helps the producers in delivering the best quality and best strength materials for customers. TECHNICAL DATA     Model: PCICIT-1 Impact Energy :0-25 Joules Release angle of pendulum: 150 Degree Micro controller: With setting of sample dimension, error of machine and selection of Standard of test process (IS, ISO or ASTM) and hammer selection with Direct display of impact energy in joules and Impact Strength in J/mt & J/mt² and corresponding angle in degrees on digital indicator with selection of hammer. 4 Line LCD display with 10 test memory with Average result of selected test. Indication to select low or high value of Hammer during test. Indication to conduct test by microcontroller. Faulty sensor indication on LCD display. Easy, Safe and maintenance free release mechanism for Hammers. Easy interchangeability of hammers during test. Hammers: 2 nos. of Powder coated hammers of one each for Charpy & Izod Tests Supplied with Incremental plates would be supplied which could be attached to these hammers to convert them in to hammers for 2nd, 3rd, 4th & 5th scale. Screw (Vise) type powder coated bench for Izod test and Sample holding stand for Charpy sample test as per standard. Paint: Powder Coated. Power:230 V AC, 1 Phase, 60 Hz. (OR AS PER REQUIREMENT) NOTCH CUTTER- MANUAL            Specifications: Manual Operated Depth Micrometer by wheel and resolution of 0.01mm. Range: 0-25mm L.C.: 0.01mm Cutting Angle: 45deg. Paint: PowderCoating       NOTCH CUTTER- MOTORIZED Specifications: Motorized Operation. Depth Micrometer: “Mitutoyo”-JapanMake. Range: 0-25mm L.C:0.01mm Cutting Angle: 45deg. Paint: PowderCoating Power: 230 V AC, 1 Phase, 60Hz.       

  10. HOT WATER BATH- DIGITAL Pacorr Hot Water Bath Digital (Rectangular – Double Walled, Stainless Steel) is a digital equipment, wherein both the inside and outside are made of high-grade corrosion resistant Stainless steel. It is used to incubate samples in hot water at high temperatures required in textile and microbiology industries. The Water Bath Digital comes with a motorized stirrer for maintaining heating efficiency. TECHNICAL DATA  Model: PCWB-1  Volume: 40 Ltrs.  Display: LED (Digital)  Accuracy: ± 2ºC  Least Count/Resolution: 1ºC  Power: 15A, 220V, Single phase, 50 Hz  Motor Type: Stirrer Motor  Motor Capacity: 1/5 HP  Temperature Range: Up to 90ºC Features:  Temperature control through PT-100 sensor  Highly accurate test results under uniform temperatures in the chamber  Advanced Digital Microprocessor based PID based temperature controller  Provision of Set Value(SV) and Process Value(PV) on temperature display  Inbuilt Auto tuning function  Bright LED display  Equipped with rapid heaters for uniform and homogenous heating and maintaining temperature inside the chamber  Integral water drain system  Inbuilt Calibration features with reference to master PID controller  Setting to RTD PT-100 sensor through advanced PID controller  Stirrer motor for precise stirring of sample inside the tank and for uniformity of temperature  Speed regulator for controlling the speed of stirrer  The equipment is built on a rigid metallic base plate and finished in Autumn Gray & Blue combination Painting and bright chrome/ zinc plating to give it a corrosion resistant finish.  The instrument comes complete with instruction Manual; Calibration Certificate traceable to NABL approved Labs.

  11. SPECIFIC GRAVITY BALANCE Specific gravity balance is useful for checking the specific gravity of various type of solid and liquid materials. Instrument is provided with density determination kit. The Specific gravity of any elastomer is of considerable importance for its identification and can also be used for providing a rough assessment of its physical properties. Specific gravity balance is highly beneficial in evaluating rubber and various rubber products. It is widely used in the rubber industry. Specific gravity balance can also be used for finding if the sample and the products are prepared from the same compound or not. TECHNICAL DATA: 1.Model: PC-SAB-224CL with Density determination kit         Capacity: 220gm Resolution: 0.0001gm (0.1mg) Pan Size: 90mm Diameter Calibration: External Single touch key external calibration ensures the highest accuracy. 18 Standard Units with all character marks Standard 1500V isolation USB port, ease to connect with PC. Backlit High Contrast display with 15mm digits. 2.Model: PC-SAB-224CL-INCAL with Density determination Kit        Capacity: 220gm Resolution: 0.0001gm (0.1mg) Pan Size: 90mm Diameter Calibration: Internal 18 Standard Units with all character marks Standard 1500V isolation USB port, ease to connect with PC. Backlit High Contrast display with 15mm digits. 3.Model: PC-SAB-223CL with Density determination kit         Capacity: 220gm Resolution: 0.001gm (1mg) Pan Size: 110mm Calibration: External Single touch key external calibration ensures the highest accuracy. 18 Standard Units with all character marks Standard 1500V isolation USB port, ease to connect with PC. Backlit High Contrast display with 15mm digits.

  12. LABORATORY HOT AIR OVEN Pacorr Laboratory Hot Air Oven is used to determine various physical characteristics of different materials and products at elevated temperatures may be carried out by heating the test specimen to the appropriate temperature inside a constant temperature air oven and determining the required characteristics with the specimens kept under the same temperature. For this purpose the equipment needed for conducting the determination can either be kept inside the oven along with the test specimens, or, if this is not feasible because of certain constrains, by taking the heated specimens out from the oven and conducting the test in still air within the shortest possible span of time. Laboratory Hot Air Oven with digital temperature controller has a test chamber of triple walled construction. The inner walls are made of stainless steel sheet and the outer walls of CRCA sheet duly epoxy powder coated. The chamber is fitted with two/three adjustable perforated shelves for keeping the test specimen or the test equipment on. The oven is heated electrically with the help of heaters placed on both sides of the chamber. An air- circulating fan is provided for even temperature distribution. The temperature inside the test chamber is indicated and controlled with the help of a digital temperature indicator cum controller. TECHNICAL DATA             Model: PCLHAO-1 Inner dimensions of test chamber: 450 x 450 x 450 mm (18” x 18” x 18”) Temperature range: Ambient to 250º C Power Requirement: 220/ 230 V AC Result Display: LED (Digital) Tolerance: ± 2ºC Resolution: 1ºC Power Supply: 15A, 220V, Single phase, 50 Hz Timer Range: Up to 999 hrs. Temperature Range: Ambient to 250ºC Shelves: 2 Nos. Optional Size: 600 x 600 x 600mm (24” x 24” x 24”) Features:    Double walled chamber; inside body: stainless steel Outer body – Mild Steel powder Coated Insulation between the double walls is provided by imported mineral glass wool Microprocessor based Programmable Digital temperature controller cum indicator Special T/P action ensures that temperature does not overshoot requirement Temperature control through PT-100 sensor Highly accurate test results under uniform temperatures in the chamber Maximum Thermal Efficiency by insulation means. Digital Preset Timer Bright LED display Provision to set PV and SV value Equipped with rapid air circulation fan for uniform and homogenous heating and maintaining temperature inside the chamber Vent for forced air changes and calibration facility Setting to RTD PT-100 sensor through advanced PID controller           

  13. ENVIRONMENTAL STRESS CRACKING RESISTANCE TESTER Pacorr Environmental Stress Cracking Resistance Tester is a unique test cabinet designed to detect the change in the physical characteristics of the plastic material and to ascertain the actual working life of test samples at environmental stress. It is important resin property caused by tensile stresses.The instrument is accompanied by standard accessories such as cutting die, glass tubes, digital temperature controller and foils. The aesthetic appeal is enhanced by the autumn gray and blue combination finishing and bright chrome/zinc plating to ensure resistance to corrosion. TECHNICAL DATA     Model: PCESCRT-1 Size: Inner Bath 12” x 14” x 12” Material of Construction: Inner Bath S.S. outer M.S. Temperature Controller: Microprocessor Based digital Auto tunnel PID controller with range up to 200˚C Resolution of 0.1˚C & accuracy of ± 0.5˚C Heating Load: As per required of Bath Circulation: Induction motor with stirrer. Testing Capacity: Six tests at a time. Accessories: Cutting Die, Nicking Jig, bending cum Transfer tool and Specimen holder, Test tube and rubber cork-6 nos. each. Power: 230V AC, 1 Phase, 50 Hz. Paint: Powder Coating. Solution for test Igepal. (Arrange By Customer) Features: Temperature controlled through PID controller Advanced Digital Microprocessor based PID based temperature controller Provision of Set Value(SV) and Process Value(PV) on temperature display Inbuilt Auto tuning function Equipped with rapid heaters for uniform and homogenous heating and maintaining temperature inside the chamber Integral water drain system Inbuilt Calibration features with reference to master PID controller Stirrer motor for precise stirring of sample inside the tank and uniformity of temperature A set of Test tubes along with fixture to hold samples inside the tank Standard: ASTM D1693                 

  14. MUFFLE FURNACE Pacorr muffle furnace is used to determine the ash content of a specimen. The percentage of ash in a material gives important insights into the properties of the substance. This instrument is specially designed as per IS & ASTM Standards. It finds wide application in various fields such as Medical research, agricultural, industrial, metal treatment, rubber & wool industries, metal treatment, ash determination. The percentage of ash is calculated as the index of added mineral matter or loading. A known weight of the specimen is burnt, the ash is weighed, and the percentage is calculated. TECHNICAL DATA         Model: PCMF-1 Inner Chamber Sizes (In Inches): 4x4x9 / 5x5x10 / 6x6x12 Inches Display: Digital (LED) Least Count/Resolution: 1ºC Sensor: J-type/K-type as per selection of range Power: 20A, 220V, Single phase, 50 Hz Timer Range: Up to 999 hrs. Temperature Range: Ranges available: Ambient - 900ºC & Ambient - 1200ºC Features: Highly accurate test results under uniform temperatures in the chamber High Grade imported Glass Wool insulation Maximum Thermal Efficiency by insulation means. Advanced Digital Microprocessor based PID based temperature controller Auto tuning Advance PID controller SSR-based output controls      

  15. CARBON BLACK CONTENT APPARATUS TECHNICAL DATA                      PID based Programmable Digital Temperature Controller: Make: Toho/Omron/PPI- Zenex PID – 48x48. Auto tune facility. Digital Dual Display – range: Upto 999.9 deg.C. Working range: Upto800 Deg. C. Least count: 0.1 Deg. C. Working accuracy: +/- 3 Deg. C. With completesetof Glasswares & trial chemicals: Pyrogellol – 500ml Cacl2 – 500 gm. Tri-Chloro-Ethylene – 500 ml Acrylic stands for Glasswares: 1 set Set of Glassware accessories: Wash bottle with trap unit – 03 set. “U” tube – 01 set Soft rubber tubing – 05 Mtrs. Silicon rubber corks with glass inserted tubes – 02 nos. Quartz boat – 01 nos. Ceramic boat – 10 nos. Desiccator -6” – 1 inch Power requirement: 220/230 v ac–50 Hz single phase–15 amp.–01 point Note:‐ The following additional accessories are required to carry out the test, which you have to arrange at your end to operate above machines: 1.Nitrogen gas cylinder with regulator + Rotometer & Gas cylinder opening key. 2.Digital Analytical single pan weighing scale with Least Count: 0.1 mg.

  16. ULTRA-LOW DEEP FREEZER (-50 Degree C) Model PCDF125 Volume 125 Liters Inner dimensions 455 X 455 X 609 mm (W x D x H) Temperature range -10°C to -50°C Sensor type PT100 Shelves 8 Nos. Steel wire mesh shelves (removable) Inner chamber Stainless steel 304 External cabinet Corrosion resistant stainless steel External door Self-closing insulated door with magnetic door gasket & lock & key Defrost mode Automatic Compressor quantity 1 Nos. Refrigerant R134a or R404a EMERSION COPELAND or EMBRACO make compressor with copper pipe evaporator Compressor Cooling method Direct cooling PLC based HMI controller LCD color touch screen display Display of current status of machine Temperature and time settings In-built data recording USB port to transfer data into pen drive       Controller Insulation Thick layer of PUF insulation Mounting Caster wheels Power supply 220 Volts 50Hz Ambient temperature Below 32°C

  17. MOISTURE ANALYZER The Moisture Analyzer uses a halogen lamp to produce heat so that the moisture content is vaporized and then the moisture content is analyzed by the sensors and the result is displayed on the digital LCD with backlit. The instrument is very beneficial for the industries such as food industry, cement industry, pharmaceutical industries and so forth. The Instrument is capable of giving highly precise test results again and again with great repeatability. TECHNICAL DATA                 Model: PC-AGS120 Maximum Capacity: 120gm Readability Moisture Content: 1mg/0.01%(Sample > 5gm) Pan Size: 90mm Heater Type: Halogen In Use Cover: Included Net Weight: 7Kg Power: 230V, 300VA Shut off Criteria: Manual, Auto Temperature Range: 40 °C – 250 °C Sampling Time: 1 – 180 Seconds Max. Drying Time: 10 Hrs. Chamber Heating Time Upto 100 Deg. C: 3min. Dimensions: 215mm x 345mm x 200mm Unit of Measurement: %Moisture Content Communication: RS232

  18. VISION MEASURING SYSTEM Technical Specifications Model Measuring Range (X/Y/Z) Platform Load Capacity Operation Mode Magnification Illumination- Surface Illumination- Contour Power Supply Resolution Accuracy (X/Y) Repeatability Camera PC-SVI-IMG-3D 150 x 100 x 100 mm 25 kg Manual 35X - 225X(Optional: 18X - 450X) Fibre optic light / Adjustable LED Halogen or Diffused LED 220V ± 5% @ 50/60 HZ 0.001 mm/ 0.0005 mm (3 + L/200) µm ± 2 µm High resolution Colour CCD camera Software Features The conceptual model of software organizes the workflow to support operator needs at every stage of measurement process- Measuring-Recording-Analyzing- ReportingandCommunicatingthedimensionaldata.OneclicktoolbarforLines,Circles,Arc,Blob, Distance , Angle, Profileetc. Inch / metric conversion • User friendly full part programming Polar / Cartesian co-ordinate • Video edge detection Deviation Analysis of point data • Edge teaching algorithms for weak edges 3D geometric measurement functions Up to 1000 points allowed on each feature image. Customized report generator • Segmented Linear error Correction. Axis presets and feature creation • Zoom in, zoom out move, and rotate the figure. • 2D & 3D feature construction capability • Vision tool like burr trimming & sharpening

  19. CAD / IGS Interface 12 Types of tolerance settings Focus Indicator for accurate 3D measurement • Form indication (roundness, straightness etc.) • Auto Feature Detection Geometrical Specifications Constructions of imaginary features, intersections, mid points, mid lines, mid planes, cylinder etc. Recall coordinates of measured results at any time. Allows link with Excel for dynamic editing of Inspection reports. SkewandDatum:Featureslikeplanetoplanealignment,axistoaxisforX,Y,Zanddatumpointof3or2axissystem takes care of mechanical mis alignment of the part. Navigation Function guides you to a quick and correct measurement trip. You can follow the indicator tomove stage of System. You just go to nearby, point the system, it will auto search in correct position. Options for PCSVI-IMG-3D 1. Least Count or Resolution •0.5 micron- Extra Charges for PCSVI-IMG-3D with Least Count 0.5Micron 2. Touch Probe A-VMS-TP1: Rensishaw MCP Touch Probe -This is specially designed for measurement of critical & difficult components which cannot be projected on monitor through Optical System. Extra Charges when supplied with the System along with calibrationBall A-VMS-TP2:Rensishaw MH 20i and TP -20 probe: This is very flexible probe system which can be rotated to different angles for inspection of critical 3D angular components. 3. Auto Focus. A-VMS-AF: Video auto focus enable fully automatic part inspection, eliminates time consuming and subjective manual focusing. Extra charges when supplied with the system. 4. Motorized System A-VMS-MA(XYZ):Extra Charges when Supplied with 3 Axis (X,Y& Z) Motorized System with Joystick 5. Work-Piece Holding Accessories A-VMS-BC: Centre Holding Device A-VMS-VB2: V. Block Set of 2 Nos. A-VMS-CHD: Collect Holding Device 6. Other Accessories A-VMS-PC: PC for the above system with 19" TFT Monitor with Windows licenced O.S. A-VMS-CM: Calibration Master for Vision 7. Cad Overlapping Module A-VMS-CW: Module to measure profile tolerances on to overlap the measured points on the 3D model and find out the variation/ deviation between the measured points & model

  20. SPECTROPHOTOMETER The Spectrophotometer is an instrument that is used in industrial labs for studying the quality of colours of different products. The instrument has highly sensitive sensors that can capture even the slightest changes in the shades of the colours of specimen. The industries such as food, paint, coatings, automobiles, textiles etc. use this instrument to ensure that the colour quality of the products is of the best level. TECHNICAL DATA   Model: PC800 Illumination/observation system: 45/0 method (45 ring-shaped illumination, vertical viewing), Comply with CIE No.15,GB/T 3978 Integrating sphere Size: Φ58mm Light Source: combined LED sources Sensor: Silicon photodiode array Wavelength range: 400~700nm Wavelength interval: 10nm Reflectance range: 0~200% Measuring Aperture: Φ8mm Color Space: CIE LAB, XYZ, Yxy, LCh, CIE LUV Color difference Formula: ΔE*ab, ΔE*uv, ΔE*94, ΔE*cmc (2:1), ΔE*cmc (1:1), ΔE*00 Other Chromaticity Data: WI(ASTM E313,CIE/ISO, AATCC, Hunter), YI(ASTM D1925,ASTM 313), TI (ASTM E313,CIE/ISO), Metamerism Index (Mt), Color Stain, Color Fastness Observer: 2°/10° Illuminant: D65, A, C, D50, D55, D75, F2, F6, F7, F8, F10, F11, F12 Display Data: Spectral Value/Graph, Colorimetric Value, Color Difference Value/Graph, PASS/FAIL Result, Color Offset, Color Simulation Measurement Time: 1.5s Repeatability: Spectral Reflectance: standard deviation within 0.1% (400-700nm: within 0.2%) Colorimetric Value: Standard deviation within Delta E*ab 0.04 (Measurement conditions: white calibration plate measured 30 times at 5 seconds intervals after white calibration was performed.) Inter Instrument Agreement: Within Delta E*ab 0.2 (Average for 12 BCRA Series II color tiles) Dimension: L*W*H=90*77*230mm Weight: 600g Battery: Li-ion battery. 5000 times within 8 hours Lamp Life: 5 years, more than 1.6 million measurements Display Screen: TFT 3.5inch, Capacitive Touch Screen Interface: USB/RS-232 Data Memory: 1000 Standards, 15000 Samples Operating Temperature: 0 to 40℃(32 to 104°F) Storage temperature: -20 to 50℃(-4 to 122°F) Standard Accessory: Power Adapter, Li-ion Battery, Operating Instruction, CD-ROM (containing management software), Data Line, White and Black Calibration Cavity, Protective Cover and Wrist Strap Optional Accessory: Micro Printer, Universal Test Component Others: Provide complete spectrum reflectance curve, Input L, a, b value manually Notes: The specifications are subject to change without notice                              

  21. TOUCH SCREEN GLOSS METER- TRI-ANGULAR The gloss of the surface of a product is a great indicator of its quality. The manufacturers need to ensure that the gloss of the products surface is optimum so that it depicts better quality and also it appears aesthetically appealing. The gloss meter is a testing equipment that is used in the industrial laboratories for testing and measuring the gloss level of the surfaces. TECHNICAL DATA   Model: PC268 Measuring Angle: 20°/60°/85° Comply with standard ISO 2813, GB/T 9754, ASTM D 523, ASTM D 2457 Measuring Area (mm): 20°: 10×10 60°: 9×15 85°: 5×36 Measuring Range: 20°:0~1000GU 60°:0~1000GU 85°:0~160GU Division Value: 0.1GU Measurement Range: 0-10GU 10-100GU 100-1000GU Repeatability: ± 0.1GU ± 0.2GU ± 0.2%GU Reproducibility: ± 0.2GU ± 0.5GU ± 0.5%GU Measurement Standard: Conform with JJG696 first class gloss meter working requirement Chromaticity Corresponding: Corresponding with CIE 1931(2°) under CIE C light source Errors: ±1.5 , ± 1.5% Measuring Time: 0.1s Dimension: L*W*H : 160mm*75mm*90mm Weight: 350g Language: English Battery: 3200mAh Li-ion Battery ,>10000 times(within 8 hours) Display: TFT 3.5 inch Interface: USB/RS-232 Storage: Basic mode: 1000 Software: GQC6 Quality Control Software with QC report printing functions and more extended functions. Operation Temperature: 0~40℃(32~104°F) Storage Temperature: -20~50℃(-4~122°F) Humidity: <85% relative humidity, no condensation Standard Accessories: Power Adapter, USB cable, User Manual, GQC6 software CD (except HG60S), Calibration Plate                      

  22. PRECISION COLORIMETER Colour is one of the most important aspects for many different industrial products such as inks, foods, paints etc. The manufacturers need to know the exact quality and composition of the colours of the products that they are delivering to their customers. The colorimeter is an instrument that is used in industries to determine the colour quality and composition of different colours of products. The instrument can provide very precise testing results about the consistency as well as the quality of colours of the products. TECHNICAL DATA       Model: PC110 Illuminating/Viewing Geometry: 8/d Measuring Aperture: Φ4mm Detector: Silicon photoelectric diode Locating: Illuminating Locating/Cross Locating Measurement End Face: Large stable end-face and small concave-convex end-face Color Space: CIEL*a*b*C*h* CIEL*a*b* CIEXYZ Color Difference Formula: △E*ab △L*a*b* △E*C*h* Light Source: D65 Light Source Device: LED blue light excitation Errors Between Each Equipment: ≤0.80ΔE*ab Storage: 100pcs standards 20000pcs samples Repeatability: Standard deviation within ΔE*ab 0.08 Average of 30 measurements of standard white plate Language: English/Chinese Weight: 450g Dimension: 205×67×80 mm Power source: Rechargeable lithium-ion battery 3.7V@3200mAh Lamp Life: 5 years, more than 1.6 million measurements Charging Time: 8 hours–100% electricity PC Software: CQCS3 Software              

  23. COLOUR MATCHING CABINET Colour matching cabinet is a very extensively used testing instrument to match the colours of different products under different lighting conditions. This instrument is used in many different industries such as textile industries, food industries, paint industries etc. The instrument is a closed cabinet with different light sources installed in it. The specimen is placed under different lights at an angle of 450 along with the reference standard. TECHNICAL DATA   Model: PCCMC-1 The equipment is fitted with FIVE Light Sources as per CIE International Standards: D – 65 – Artificial daylight. TFL Light-Tungsten Filament. TL – 84 Light-Point of Sale UVB Light-Ultra Violet CWF Light-Cool white fluorescent Hour Meter-Imported Angle of viewing booth – 45 degree Viewing Booth Material – Wood or Steel Time Totalizer – Upto 99999.9 hours Pacorr color matching cabinet is manufactured strictly as per ASTM standards.           PH METER- TABLE TOP The pH meter is the testing instrument that is used for measurement of the pH level of industrial solutions and liquids. The instrument is also given with a feature of temperature compensation which does the calculation of the pH by taking the changes in the working temperature in consideration. The instrument works on the standards prescribed by JIS and ASTM. Product Details              Model: Box Size: pH Range: pH Resolution pH Cal Points pH Buffer Sets pH Accuracy Weight Voltage Memory Data Dimension Current Box Weight PCPHTT L30.8xW23.5xH12.4 cm -1.99 to 16.00 pH 0.01 pH Up to 5 points USA, NIST +/-0.002 650 g 9 V DC adapter 100 data sets L17.5xW15.5xH6.9 cm 3.3 A (100/240 VAC, SMPS) 1800 g

  24. Specifications: Range +-1999 mV Rel. mV Range +-1999 mV ORP Resolution 0.1 mV (+-199.9 mV) / 1 mV (beyond) Accuracy +-0.2 mV (+-199.9 mV) / +-2 mV (beyond) Range .. S/cm to 200.0 mS/cm Resolution 0.01 S; 0.1 S ; 1 S ; 0.01 mS ; 0.1 mS Accuracy +-1 % full scale Conductivity Automatic (4 points); maximum 1 per range; manual (5 points); maximum 1 per range Cal. Points Cell Constant 0.1, 1.0, 10.0 (selectable) Range .. to 100 ppt @ 0.5 TDS factor (to 200 ppt @ 1.0 TDS factor) Resolution 0.01 ppm; 0.1 ppm ; 1 ppm ; 0.01 ppt ; 0.1 ppt TDS Accuracy +- 1 % full scale Cal. Points Up to 5 points TDS Factor 0.40 to 1.00 (adjustable) Range (Meter) 0.0 to 100.0 oC / 32.0 to 212.0 oF Resolution 0.1 o C / 0.1 o F Accuracy +- 0.5 o C / +- 0.9 o F Coefficient (Per oC) 0.00 to 10.00 % Temperature Normalization 15.0 to 30.0 oC (adjustable) Automatic with supplied cell or manual 0.0 to 100 oC / 32.0 to 212.0 oF, 0 to 80 oC / 32.0 to 176.0 oF with supplied cell Compensation Type & Range Offset in 0.1 o increments; offset range +- 5 oC / 9 oF Calibration

  25. HARDNESS TESTER- SHORE A The hardness tester is a testing instrument that is used in industries for testing the hardness of rubber products. The hardness of rubber is very crucial factor that might impact its application greatly. The manufacturers need to ensure that the hardness of the rubber products is according to the application so that the products could deliver the best efficiency. The Hardness Tester- Shore-A helps the manufacturers in testing the rubber hardness with great accuracy and hence ensure great quality of products. TECHNICAL DATA          Measurement area: 0 ... 100 Shore A Resolution: Accuracy: Depth of indentation: Pressure force: Indenter: Dimensions: Power supply: Weight: 0.5 ± 2 0 mm ... 2.5 mm / 0 in ... 0.01 in 1 kg / 2.2 lbs 35° 80 mm x 60 mm x 25 mm / 3.14 in x 2.36 in x 0.4 in 1 x 1.5V (SR44) Approx. 300 g / < 1 lb HARDNESS TESTER- SHORE D The Shore D hardness tester is an instrument that is used by rubber and polymer industries to test the hardness and quality of the products. The Instrument offered by Pacorr comes with a complete set of indenture along with a truncated conical indent tip. The instrument is best for testing the hardness of hard rubber and elastomers. With this instrument, the manufacturers can rest assured that the products they are offering is of great quality and durability. TECHNICAL DATA         Measurement range Resolution: 0.5 Hardness – Grade Accuracy: Pressure force: Indenter: Dimensions: Power supply: Weight: : 0 ... 100 Shore D ± 2 Hardness – Grade 5 kg / 11.02 lbs 30° 85 mm x 60 mm x 25 mm / 3.3 in x 2.36 in x 0.4 in 1 x 1.5V (SR44) 300 g / < 1 lb

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