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TIME 2020

Product catalog summary

Company Overview:
TIME Group Inc., founded in 1984, is a prominent high-tech manufacturing company based in Beijing, China. It has expanded into a large industrial entity with significant assets, numerous subsidiaries, and nearly 2000 employees. The company focuses on instrumentation, welding equipment, testing machines, and robotics, with a strong emphasis on research and development.

Certifications and Achievements:
TIME Group holds ISO9001, ISO14001, and OHSMS18001 certifications and is recognized as one of China's top machinery and high-tech enterprises, receiving numerous industry awards.

Product Offerings:
The company provides a wide range of testing equipment, including portable hardness testers, surface roughness testers, ultrasonic thickness gauges, and coating thickness gauges, known for their quality and reliability under the TIME® brand.

Market Presence:
TIME Group has a substantial domestic market share and operates internationally with nearly 100 agents in over 60 countries, serving industries such as steel, military, automotive, and aerospace.

Key Products and Features:

Portable Hardness Testers: Offer simple menus, hardness scale conversion, high accuracy, data storage, USB connectivity, and built-in printers.
Surface Roughness Testers: Provide precision measurements with advanced display and data transfer capabilities.
Ultrasonic Flaw Detectors: Detect material flaws with high sensitivity and accuracy.
Metallographic Equipment: Includes cutting machines, grinders, and polishers for material analysis sample preparation.

Technological Advancements:
TIME Group prioritizes innovation with a dedicated team developing the latest testing equipment, incorporating advanced micro-electronic technology and features like automatic recognition of impact devices and extensive data storage.

Customer Support:
The company offers comprehensive customer service, including marketing assistance, technical support, and training for agents and customers, ensuring high satisfaction and product performance.

Specifications and Features of Testing Equipment:
The document details specifications and features of various models of portable hardness testers, surface roughness testers, ultrasonic thickness gauges, and more, highlighting their technical capabilities, accessories, and software support.

Technical Specifications:

Speed: 1.0mm/sec
Cut-off Lengths: 0.25mm/0.8mm/2.5mm
Evaluation Length: 1.25mm/4.0mm/5.0mm
Measuring Range: Ra: 0.05-10.0μm, Rz: 0.1-50μm
Tolerance: ±15%
Repeatability: <12%
Filter: RC analogue
Pick-up: Piezoelectric
Stylus Point: Diamond, Radius: 10±2.5μm, Angle: 90°(+5°or -10°)
Operating Temperature: 0~40℃
Humidity: <80%
Storing Temperature: -25℃ ~ 60℃
Power: 3.6V Li-ion battery
Charger: DC6V, 3 hours (charging time)
Dimensions: 110×70×24 mm
Weight: 160 g

Features:

Pocket-size unit with economical price, suitable for production lines, workshops, and labs.
Wide measuring range for various materials, applicable for flat, outer cylinder, and sloping surfaces.
Rugged design for long lifetime with accurate and reliable data results.
Both Ra and Rz measurement ranges.
LCD back-lit display for measurement results.
Indicator and alarm for low battery, out-of-limit values, and dysfunction.
Rechargeable Li battery with improved circuit function.
Sensor protection for high accuracy and stability.
Conforms to ISO and DIN standards.

Standard Delivery:

Main unit
Specimen Ra
Charger
TIME certificate
Warranty card
Instruction manual

Optional Accessories:

Various Ra specimens with Ra values: 0.1μm, 0.2μm, 0.4μm, 0.8μm, 3.2μm

Model Specifications:

TIME®3200/3202: Roughness parameters: Ra, Rz, Ry, Rq, Rt, Rp, Rmax, Rv, R3z, RS, RSm, RSk, Rmr, Rpc, Rk, Rpk, Rvk, Mr1, Mr2
Assessed profiles: Roughness profile (R), Primary profile (P)
Measuring system: Metric, imperial
Display resolution: 0.001 μm
Data output: RS232
Pickup measuring range: ±20μm, ±40μm, ±80μm
Cutoff length: 0.25mm / 0.8mm / 2.5mm/Auto
Evaluation length: 1~5L (selectable)
Tracing length: 3-7L (selectable)
Digital filter: RC, PC-RC, Gauss, D-P
Max. tracing length: 17.5mm/0.71inch
Min. tracing length: 1.3mm/0.052inch
Pick-up: Standard pickup TS100, inductive, diamond stylus radius 5μm, angle of stylus 90°
Tolerance: ≤±10%
Repeatability: ≤6%
Power: Li-ion battery rechargeable
Dimensions: 140×52×48 mm
Weight: 440 g

Additional Features:

Over a dozen measurement parameters for roughness testing in various mechanical manufacturing processes.
High accuracy inductive pickup.
Easy operation manual and large LCD display with backlight.
Pickup stylus position indicator.
Transfer to PC via RS232 with advanced PC Software TIMESurf for more analyzing management.
Connected with printer to print data and graphs on-site.
Storage and review function for up to 15 groups of data and graphs.
Rk data and graphic availability.
Digital filter options: RC, PC-RC, Gauss, D-P.
Optional delicate accessories for more accurate results and easier operation.
Conforms to ISO standard, compatible with DIN, ANSI, and JIS standards.
Top quality Li-ion rechargeable battery.

Surface Roughness Parameters: The document lists various surface roughness parameters such as Ra, Rq, Rz, Rp, Rv, Rsk, Rku, Rc, RPc, RSm, R△q, Rmr, Rmr(c), Rδc, Rt, Rz1max, Rk, Rpk, Rvk, Mr1, Mr2, A1, A2, and Vo. These parameters are used to quantify the texture of a surface.

Measuring Instruments: The document describes various pickups for the TIME®323X series, including standard, tooth surface, small hole, deep groove, and super deep groove pickups. These are used for measuring surface roughness in different applications.

Applications and Specifications: The TIME®323X is suitable for various roughness testers, with specifications including dimensions, axial range, rotation, and weight. It is designed to be small, light, and easy to carry.

Coating Thickness Gauges: Several models of coating thickness gauges (TIME®2500, TIME®2501, TIME®2510, TIME®2511, TIME®2600, TIME®2605) are detailed. These gauges use magnetic induction and eddy current principles to measure the thickness of coatings on various substrates. Features include memory storage, statistical analysis, and calibration options.

Technical Specifications: Each gauge has specific technical specifications, including measuring range, resolution, tolerance, and operating conditions. The document provides detailed specifications for each model, including power requirements and environmental conditions.

Ultrasonic Thickness Gauges: Models such as TIME®2110, TIME®2130, and TIME®2170 are mentioned, with specifications including measuring range, display type, sound velocity range, and power supply. These gauges are used for non-destructive thickness measurement of materials.

Overview: The document provides detailed specifications and features of various models of the TIME® Ultrasonic Thickness Gauges, including models 2110/2113, 2130/2132/2134, 2136, 2170, and 2190. These devices are used for measuring the thickness of materials using ultrasonic technology.

Key Features:

Adjustment keys for sound velocity and thickness selection.
Memory storage for thickness values and sound velocities.
Automatic calibration and error correction.
Low voltage indication and automatic turn-off for power saving.
Oil-proof protection for extended service life.
Compatibility with various transducers for different measurement needs.

Technical Specifications:

Measuring range varies by model and probe, with ranges from 0.15mm to 500mm.
Accuracy is typically ±(1%H+0.1)mm, where H is the real thickness.
Display resolution options include 0.001mm, 0.01mm, and 0.1mm.
Sound velocity range from 1000m/s to 9999m/s.
Operating temperature ranges from -10°C to +300°C depending on the model.
Data output via RS232 or USB for some models.

Standard and Optional Accessories:

Standard delivery includes the main unit, transducers, couplant, batteries, and manuals.
Optional accessories include additional transducers, communication cables, and printers.

Applications: The gauges are suitable for various applications, including measuring the thickness of metals, non-metals, and coated surfaces. They are used in industries such as oil and gas, manufacturing, and construction.

Measurement Modes:

Standard echo detection for uncoated materials.
Echo-echo detection for coated materials to measure true metal thickness.
Multiple modes for different transducer types and measurement needs.

Additional Features:

Real-time display of coupling conditions.
Memory for storing up to 500,000 measurements and waveforms.
Data can be output to a MicroSD card or transferred to a PC.
Automatic recognition of probes and dynamic error compensation.

Technical Specifications

Models: TIME®7120, TIME®7122, TIME®7126
Parameters: RMS of vibration velocity, displacement, acceleration
Testing Range: Velocity (0.1-199.9 mm/s), Displacement (0.01-1.999 mm), Acceleration (0.1-199.9 m/s²)
Frequency Range: Velocity and Acceleration (10Hz-1KHz), Displacement (10Hz-500Hz)
Tolerance: ±5%±2
Display: 3½ digits LCD
Power: Two button batteries (LR44 or SR44), approx. 4.5 hours continuous working
Operating Conditions: Temperature (0℃~40℃), Humidity (<85%)
Dimensions and Weight: 150×22×18 mm, 55g including batteries

Features

Prompt testing of vibration on workshop machines
Quick checking of unbalance, misalignment, bearings, and gears
Lightweight and compact size
Low energy consumption with auto power off
Specific models for different testing needs: TIME®7120 for velocity, TIME®7122 for displacement, TIME®7126 for acceleration, velocity, and displacement

Vibration Tester TIME®7212

Standard Delivery: Main unit, sensor, magnetic base, charger, TIME certificate, warranty card, instruction manual
Optional Accessory: Needle groupware
Application Field: Motor, compressor, bearing, and other rotating machines
Measuring Parameters: Acceleration, velocity, displacement
Display Resolution: Acceleration (0.1m/s²), Velocity (0.01cm/s), Displacement (0.001mm)
Tolerance: ≤±5%
Testing Range: Acceleration (0.1-199.9 m/s²), Velocity (0.01-19.99 cm/s), Displacement (0.001-1.999 mm)
Data Memory: 100 groups
Power: 6V, charging time ≤132min, continuous working time >16 hours
Operating Conditions: Temperature (0~40°C), Humidity (90%RH)
Dimensions and Weight: 230×84×33 mm, 600g

Vibration Tester TIME®7230

Standard Delivery: Main unit, protection pocket, low and high sensitivity probes, power adapter, magnetic base, TIME certificate, warranty card, instruction manual
Optional Accessory: Needle groupware, TA230 printer, Dataview with communication cable
Features: Two display modes, large memory function, real-time spectrogram display, upper/lower limits pre-setting with sound alarm, PC connectivity, integrated printer, 300 x 200 matrix LCD display with backlight
Measuring Range: Low sensitivity probe (Acceleration 0.1-392 m/s, Velocity 0.01-80 cm/s, Displacement 0.001-18.1 mm), High sensitivity probe (Acceleration 0.1-20 m/s, Velocity 0.01-4 cm/s, Displacement 0.001-0.8 mm)
Frequency Range: Various ranges for acceleration, velocity, and displacement
Accuracy: ±5%
Power: Li battery, continuous working 20 hours without backlight
Operating Conditions: Temperature (0℃~40℃), Humidity (≤80%RH)
Dimensions and Weight: 171×78.5×28 mm, 230g

Vibration Tester TIME®7231/7232

Standard Delivery: Main unit, protection pocket, low/high sensitivity probe, power adapter, magnetic base, TIME certificate, warranty card, instruction manual
Optional Accessory: Dataview, needle groupware, TA230 printer, RS232 communication cable
Features: Two display modes, large memory function, real-time spectrogram display, upper/lower limits pre-setting with sound alarm, PC connectivity, integrated printer, 300 x 200 matrix LCD display with backlight
Measuring Range: TIME®7231 (Acceleration 1-392 m/s, Velocity 0.1-80 cm/s, Displacement 0.01-18.1 mm), TIME®7232 (Acceleration 0.1-20 m/s, Velocity 0.01-4 cm/s, Displacement 0.001-0.8 mm)
Frequency Range: Various ranges for acceleration, velocity, and displacement
Accuracy: ±5%
Power: Li battery, continuous working 20 hours without backlight
Operating Conditions: Temperature (0℃~40℃), Humidity (≤80%RH)
Dimensions and Weight: 171×78.5×28 mm, 230g

Vibration Tester TIME®7240

Standard Delivery: Main unit, vibration probe TSV-03, magnetic base, protection sheath, power adapter, USB communication, SD memory card, TIME certificate, warranty card, instruction manual
Optional Accessory: Photoelectric keyphasor transducer, RS232 cable, TPUP-nH thermal printer, needle groupware
Features: Multi-parameter vibration and temperature detection, high-frequency acceleration envelope value measurement, built-in ISO10816 standard, red and yellow light display for fault status
Measuring Range: Acceleration (0.1-100 m/s²), Velocity (0.1-250 mm/s), Displacement (1-3000 μm)
Frequency Range: Acceleration (10-1000Hz), Velocity (10-1000Hz), Displacement (10-500Hz)
Enveloped Acceleration: 0.1 to 25 unit / 5Hz~2kHz demodulated from 3kHz~10kHz
Temperature Range: -33℃~220℃
Accuracy: ±5%±2 digits
Battery: 1/2 AA, 3.6V, 20-29mA, >20 hours of continuous operation
Working Temperature: 0~50℃
Dimensions and Weight: 110×35×17 mm, 100g including battery

Overview: The document provides detailed specifications and features of various Rockwell hardness testers, including models such as TIME®H1110 Series, TH500, TIME6102, TIME6101, TIME6104, TIME6103, and TIME6106. These testers are used to measure the hardness of materials like steel, cast iron, and alloys.

Specifications:

Indenters: Various ball indenters (1/16", 1/8", 1/4", 1/2") and diamond indenters are used across different models.
Test Forces: Ranges from 29.42n (3kgf) to 1471n (150kgf) depending on the model and application.
Display and Control: Features include touch screens, microcomputer control, and digital displays for real-time data and test results.
Dimensions and Weight: Vary by model, with weights ranging from 78kg to 800kg.
Standards Compliance: Conforms to ISO 6508, ASTM E-18, JIS Z2245, GB/T 230.2.

Features:

Automatic Operation: Many models offer automatic loading, testing, and unloading to minimize human error and improve efficiency.
Data Management: Capabilities include data storage, statistical analysis, and output via built-in printers or RS232 interfaces.
Versatility: Suitable for a wide range of materials, including quenched and tempered steel, cast iron, and various alloys.
Advanced Technology: Some models feature closed-loop digital control systems and high-resolution touch screens for enhanced precision and user experience.

Applications: These testers are widely used in industrial settings for quality control and material testing, suitable for both surface and core hardness measurements.

Overview: This document provides detailed specifications and features of various models of Brinell hardness testers, including electronic, digital, and fully automatic versions. These testers are used for measuring the hardness of materials such as metals and nonmetals.

Specifications: The document outlines the technical specifications for each model, including test force ranges, test range (3.18~653HBW), power supply (AC220V, 50Hz), dimensions, and weight. Each model supports multiple test forces and conversion scales (HV, HK, HRA, HRB, etc.).

Features: The testers feature precise mechanical structures, load cell control systems, and motorized test force applications. They include digital measuring systems, automatic force compensation, and easy operation through touch screens or digital displays. Some models offer automatic recognition and shifting between objectives and indenters.

Application Range: Suitable for testing cast iron, steel products, nonferrous metals, soft alloys, and some nonmetal materials like rigid plastics and bakelite.

Standards and Compliance: The testers comply with international standards such as ISO 6506, ASTM E10-12, JIS Z2243, and GB/T 231.2.

Data Output and Connectivity: Equipped with built-in printers, RS232 interfaces, and options for connecting to computers. Some models include USB ports, VGA interfaces, and network connectivity for enhanced functionality.

Additional Features: Advanced models offer features like automatic indentation measurement, CCD image measuring systems, and the ability to save and print test results. They also provide options for video measuring devices and automatic measuring systems.

Overview: The document provides detailed technical specifications and features of various hardness testers, including Brinell, Micro Vickers, and Vickers hardness testers. These devices are used for measuring the hardness of different materials, including metals and non-metals.

Specifications: The document lists multiple models with specific test forces ranging from 0.098n to 29420n, covering a wide range of hardness scales such as HV, HK, HRA, HRB, HRC, and more. The testers feature automatic loading, dwell, and unloading methods, with resolutions as fine as 0.0625μm.

Features: Key features include automatic measurement and conversion of hardness values, data output via USB and network interfaces, and automatic calibration to reduce measurement errors. The testers are equipped with CCD cameras for clear observation and measurement of indentations.

Standards and Compliance: The devices comply with international standards such as ISO 6506, ASTM E10-12, and JIS Z2243, ensuring reliability and accuracy in hardness testing.

Applications: These testers are suitable for a variety of materials, including ferrous and non-ferrous metals, ceramics, and plastics. They are used in applications requiring precise hardness measurements, such as testing the depth of carbonized layers and quench-hardened layers.

Technical Details: The document provides dimensions, weight, power supply requirements, and other technical details for each model, ensuring users have comprehensive information for setup and operation.

Overview: The document provides detailed specifications and features of various models of Vickers hardness testers, including the TH723, TH724, TIME6610AT, and TMVT-1AT. These devices are used for measuring the hardness of materials such as metals, ceramics, and plastics using a Vickers indenter.

Standard Delivery: Each model comes with a main unit, objectives, a diamond Vickers indenter, digital measuring eyepiece, power cable, hardness blocks, and other accessories like a screwdriver, anti-dust cover, and usage instruction manual.

Technical Specifications:

TH723/TH723Z: Test forces range from 2.94n to 49n, with a test range of 1HV to 2967HV. It features automatic loading and manual or automatic shifting between objectives and indenter. The total magnification is 200× and 400×, with a resolution of 0.125μm and 0.0625μm.
TH724/TH724Z: Similar to TH723 but includes a test force up to 98n and a total magnification of 100× and 400×.
TIME6610AT: Fully automatic with test forces from 0.098n to 9.80n, and a test range of 1HV to 2967HV. It includes automatic shifting, data output to WORD or EXCEL, and a built-in printer.
TMVT-1AT: Features a panel computer with Windows 7, CCD image acquisition, and automatic recognition and shifting between objectives and indenter. It supports multiple languages and interfaces for data output.

Features:

Automatic measurement and data processing capabilities, reducing human error and visual fatigue.
Integration with computer systems for displaying and analyzing indentation images.
Capability to measure hardness, hardening depth, film thickness, and more.
Automatic conversion of hardness values between different scales.
Real-time image acquisition and storage, with options for printing and generating reports.

Applications: Suitable for testing ferrous and non-ferrous metals, IC thin sections, coatings, ceramics, and more. It is particularly useful for analyzing the depth and trapezium of carbonized and quench-hardened layers.

Conclusion: These Vickers hardness testers are advanced tools combining optics, mechanics, and electronics to provide precise and repeatable hardness measurements. They are essential for materials analysis in various industrial and research applications.

High-Speed Acquisition and Imaging
The system offers high-speed image acquisition with a resolution of 1280×1024 at 25 frames per second. It provides high-definition black and white images with improved clarity. The target surface size is 1/2 inch.

X-Y Automatic Test Table
The test table measures 110×110×50 mm with a maximum travel of 50×50 mm and a minimum step of less than 2μm. Movement speed is adjustable, and control modes include manual, electric, and computer control. The computer control mode allows for precise location movement, point movement, directional movement, arbitrary movement, and variable speed movement. Additional features include original position setting, automatic reset, and mechanical limits.

Measuring Methods
The system supports automatic and manual measuring modes. Automatic mode includes automatic test table movement and reading, while manual modes offer combinations of automatic loading, manual eyepiece measurement, and manual focus. Automatic reading time is approximately 300 milliseconds with a precision of 0.1μm and repeatability of ±0.8%.

Results and Data Management
Measurement data and experimental parameters can be saved and output, including effective hardening layer depth curves and images. The system supports linkage with hardness testers, pressure changes, turret control, and automatic measurement functions. It also offers automatic point search, diagonal measurement, and four-point measurement capabilities.

Universal Hardness Tester Features
The HBRV-187.5 model supports Brinell, Rockwell, and Vickers test modes with seven levels of test forces. It is suitable for various materials, including hardened steel, alloys, and non-ferrous metals. The tester features automatic test force loading, dwell, and unloading, making it user-friendly for industrial and research applications.

Technical Specifications
The tester operates on AC220V, 50Hz power supply and complies with ISO, ASTM, and GB/T standards. It has a maximum specimen height of 175mm for Rockwell tests and 115mm for Vickers tests. The system includes a range of accessories such as diamond and ball indenters, testing tables, and hardness blocks.

Metallographic Equipment
The document also details various metallographic equipment, including low-speed precise cutting machines and manual cutters, designed for cutting small materials and electronic circuit boards. These machines feature variable speed control, cooling systems, and are equipped with diamond cutting discs for precise and burn-free cutting.

Overview: The document provides detailed specifications and features of various cutting, grinding, polishing, and flaw detection machines used in metallographic sample preparation and analysis. It includes manual and automatic cutters, grinding and polishing machines, mounting presses, and ultrasonic flaw detectors.

Manual Cutters:

UniCUT 250: Features include aluminum casting, variable speed motor, T-slot table, and fast cam locking vises. It is equipped with a 250x32x1.5 cutting blade and operates at 2800 rpm with a power of 2.2KW.
UniCUT 300: Offers high-quality ballscrew and linear rail systems, suitable for ferrous and nonferrous metals. It uses a 300x32x2.0 cutting blade and a 4.0KW motor.

Automatic Cutters:

AutoCUT 250 Series: Includes models with automatic and manual feed options, featuring continuous and pulse cutting modes. The cutting blade is 250x32x1.5 mm, with a speed range of 500-3000 rpm.

Grinding and Polishing Machines:

YMP Series: Designed for metallographic sample preparation, offering coarse and fine grinding, and polishing. The machines have a disc diameter of 230mm and operate at speeds of 500 and 1000 rpm.
UniPol GP Series: Provides variable speed control and is suitable for both laboratory and industrial applications. The machines feature a working wheel diameter of 203 or 254 mm.

Mounting Presses:

ZXQ-1: An automatic metallographic sample mounting press with a mold diameter option of 22, 30, or 45 mm. It features automatic heating and pressing with a power of 1000W.
AutoPress Series: Offers pneumatic and hydraulic pressurization with automatic water cooling. The series includes models with varying maximum pressures and temperatures.

Ultrasonic Flaw Detectors:

TUD310: Features multiple waveform presentation modes, automatic gain adjustment, and a large memory capacity. It supports various scanning modes and is equipped with a digital signal processor.
TUD500: Offers a large VGA color display, precise linearity, and multiple defect evaluation tools. It includes DAC, AVG, and DGS curves for defect analysis.

Key Specifications:

Cutting blades range from 250 to 400 mm in diameter.
Motor power varies from 2.2KW to 5.5KW depending on the model.
Grinding and polishing machines offer disc diameters of 230 mm with variable speed options.
Mounting presses provide mold diameters up to 50 mm with automatic operation modes.
Flaw detectors feature high-resolution displays and advanced data management capabilities.

Technical Specifications and Features Overview

1. General Features:

Devices are equipped with advanced software for data analysis and management, supporting USB and RS232 interfaces for PC connectivity.
Large memory capacity allows storage of up to 1000 waveform diagrams.
Real-time waveform display and review capabilities.
Compatible with EPSOn ink-jet printers for report printing.

2. Ultrasonic Flaw Detectors:

Measurement range from 1-10000 mm with precise horizontal and vertical linearity.
Supports multiple waveform presentations: positive half-wave, negative half-wave, full wave, and RF.
Automatic gain adjustment and defect equivalent calculation features.
Multiple detecting modes and automatic calibration functions.

3. Pipe and Casting Flaw Detectors:

Designed for quick inspection of non-conductive coatings and linings for pinholes and porosity.
Used in petrochemical, pipe mills, and aerospace industries.
Features include automatic switch-off, state of charge indicator, and clear LCD display.

4. Industrial Borescope:

720P ultra-clear image display with flexible pipeline selection.
360° precision steering and 8 hours of operation time.
Waterproof and dustproof design with IP67 rating.
Compatible with various pipeline diameters and equipped with HDMI and Micro USB interfaces.

5. Concrete Testing Equipment:

Includes rebar locators, crack depth gauges, and concrete thickness gauges.
Non-destructive testing methods for assessing concrete structures.
Features real-time graphic output, data processing software, and auto-calibration.
Portable design with rechargeable batteries and USB connectivity for data transfer.

6. Rebar Corrosion Detector:

Non-destructive testing for assessing rebar corrosion using half-cell potential method.
Data storage and transfer capabilities with USB interface.
Displays measurement values in graphical formats for easy analysis.

7. Digital Concrete Test Hammer:

Portable instrument for testing compressive strength of concrete structures.
Features include high-resolution LCD screen, rechargeable lithium battery, and USB data transfer.
Automatic calculation of component results and report generation capabilities.

Overview: The document provides technical specifications and features of various measurement instruments and accessories produced by Beijing Time High Technology Ltd. These include devices for measuring hardness, color differences, gloss, and more, along with their respective accessories and optional components.

1. Hardness Tester (Model HT225-V):

Measuring range: 10-70 MPa
Impact energy: 2.207 J
Display: 16-bit true color, 176x220 resolution
Data storage: 480,000 results
Power: Rechargeable lithium battery
Interface: USB 2.0

2. Color Difference Meter (TCD100):

Measures color differences using △E﹡ab, △L﹡a﹡b, CIE_L﹡a﹡b, CIE_L﹡c﹡h
Features silicon photodiode sensors and LED illumination
Portable and easy to use with PC communication software

3. Precise Color Reader (TCR200):

High accuracy and stable performance
Measures yellowness and whiteness
Data storage for 100 sets of standard samples
Interface: USB and Bluetooth (optional)

4. Spectrophotometer (TCR300):

Uses D/8 illumination and SCI/SCE measurement
Camera view for precise testing area targeting
Data storage for 20,000 test results
Battery capacity: 10,000 continuous tests

5. Single Gloss Meter (HP-300):

Measures gloss at a 60° angle
Stores 1,000 groups of measurement data
Automatic calibration and data analysis software

6. Tri-angle Gloss Meter (HP-380):

Measures gloss at 20°, 60°, and 85° angles
Large data storage capacity
Bluetooth and mobile memory card data transfer

7. TIME Micro-Printer (TA230/WH-M073R101):

Dot-matrix printing method
Compatible with various measurement instruments
Features both serial and parallel interfaces

Conclusion: The document details the specifications and features of various measurement instruments, highlighting their capabilities, power sources, data storage, and connectivity options. These instruments are designed for precision and ease of use in various industrial applications.

Catalog excerpts

TIMETESTING INSTRUMENTS BEIJING TIME HIGH TECHNOLOGY LTB. ADD: 28 Shangdi West Road, Haidian District, Beijing 100085, China. TEL: +86-10-62966798 FAX: +86-10-62985475 WEB: www.tgindt.com E-mail: [email protected]

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Beijing TIME High Technology Ltd. team ● Specialized in research and development of latest testing equipment by over 100 high talent specialists. ● Efficient technician backed by production line to ensure the product’s quality and delivery time. ●TIME Group Inc. was established in October 1984 by Mr. Peng Weimin and Madam Wang Xiaolan, along with many scientific and technical personnel, one of the earliest established modern high-tech manufacturing enterprises in Beijing Zhongguancun area, the pioneer of the mechanical and electrical industry in China as well. ●After over 30 years of unremitting...

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Beijing TIME High Technology Ltd. Beijing TIME High Technology Ltd. ●In domestic market, we share more than 90% of concerning product sales. ●In international market, we have nearly 100 agents in more than 60 countries with the best cost performance ratio products and satisfactory services. ●TIME’s products are applied in a wide range of industries including: Steel industry, Military enterprise, petroleum machinery, automobile parts, boiler and pressure vessel, chemical industry, thermal power plant, automobile forging, aerospace, machine tool industry, food industry, scientific institution,...

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Bench Hardness Tester Portable Hardness Tester 02. Portable Hardness Tester TIME®5300 03. Portable Hardness Tester TIME®5301 04. Portable Hardness Tester TIME® 5310 05. Portable Hardness Tester TIME®5330 06. Portable Hardness Tester TIME®5350 07. Portable Hardness Tester TIME®5100/5102/5104 09. Portable Hardness Tester TIME®510D 10. Portable Hardness Tester TIME®5106 11. Impact Devices for Portable Hardness Tester 14. Ultrasonic Hardness Tester TIME®5630 Shore Hardness Tester 16. Shore Hardness Tester TIME 5430 ® 17. Shore Hardness Tester TIME 5431 18. Operating stand TH210FJ/TH220FJ 66. Rockwell...

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TIME®5300 PORTABLE HARDNESS TESTER Standard Delivery • Main unit • Impact device type D •Test block HLD • Small support ring • Cleaning brush • Charger •TIME certificate •Warranty card • Instruction manual Technical Specification Measuring range Hardness scale Measuring direction Tolerance Repeatability Diameter for printer paper Width for printer paper Power Charging time Humidity Operating temperature Dimensions (mm) Weight (g) A1 Portable Hardness Tester TIME®5300 P02 A2 Portable Hardness Tester TIME®5301 P03 A3 Portable Hardness Tester TIME®5310 P04 A4 Portable Hardness Tester TIME®5330 P05...

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Standard Delivery • Main unit • Impact device type D • Cleaning brush • Small support ring •Test block HLD •Charger •TIME certificate •Warranty card • Instruction manual Optional Accessory 1 •Special impact devices Features •Simple menu, easy and convenient to use •Conversion of common hardness scales (HL, HV, HB, HRC, HRB, HRAand HS) & Conversion to Tensile Strength •7 types of optional impact devices, with auto recognition. Universal standard D type included •Matrix LCD display with back-light showing all the important values and information •Memory of 48-350 groups of data • Upper /lower limits...

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TIME®5350PORTABLE HARDNESS TESTER Standard Delivery •Main unit • Impact device type D •Test block HLD •Small support ring •Charger •Cleaning brush •MicroSD card •Communication cable •TIME certificate •Warranty card • Instruction manual Features •Simple menu with instruction, easy and convenient to use •Conversion of common hardness scales (HL, HV, HB, HRC, HRB, HRA and HS) & Conversion to Tensile Strength •7 types of optional impact devices, with auto recognition. Universal standard impact device D included. •4.3 inches TFT LCD screen, 480 X 272 dot Matrix, 24 bits true color display •Memory...

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PORTABLE HARDNESS TESTER Optional Accessory •Support rings •Dataview software Standard Delivery Online measurement Features • Light Mini Unit with simple menu, easy and convenient to use •Conversion of hardness scales(HL, HV, HB, HRC, HRB and HS) • USB interface to connect the PC, assisted by Software Dataview TH51X (especially for TH51X series Hardness Test) with both online measurement and offline data analysis mode: curve chart, data sheet, setting of tolerance limit and data report are available. •Connected to Printer by RS 232 and test values can be printed directly •Measuring Direction:Any...

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Standard Delivery Optional Accessory •Support rings •APP • Bluetooth printer APP Download Conversion Table Features •A totally new appearance with industrial style. • Excellent portability for testing anywhere anytime. •OLED display that can read measuring values clearly in dark environment. • Real-time measurement data can be printed out via Bluetooth wireless printer •The instrument parameters can be set through the mobile terminal APP. • Data storage of 100 groups (only can be read by mobile phone APP) •Software calibration • Rechargeable lithium battery, with charging indicator. Technical...

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Impact Devices for Portable Hardness Tester Steel and cast steel

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Optional Support Rings Function: they are used for tested surface whose curvature radius is less than 30mm (D, DC, D+15, C,E Impact devices) or less than 50mm (G impact device) . Standard Delivery Support Rings For testing cylindrical outside surface R10~R15 For testing cylindrical outside surface R14.5~R30 For testing cylindrical outside surface R25~R50 For testing cylindrical inside surface R11~R13 For testing cylindrical inside surface R12.5~R17 For testing cylindrical inside surface R16.5~R30 Technical Specification For testing spherical outside surface SR10~SR15 For testing spherical outside...

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TIME 2020

TIME 2020

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