Digital Tensile Testing Controller

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Digital Tensile Testing Indicator

Price: 8000.0 INR /Unit

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Product Details:

Equipment Type Digital Tensile Testing Indicator
Accuracy 1% FS
Application Tensile strength measurement for materials
Automation Grade Semi-automatic
Capacity 0 - 10 kN
Control Mode Digital display control
Delivery Time 4 Week
Dimension (L*W*H) 96 mm x 96 mm x 120 mm (D) Millimeter (mm)
Display Type Digital LCD Display
Features Peak hold, auto reset, overload alarm
Frequency 50 Hz
Humidity 85% RH
Interface Type RS232 (optional)
Machine Weight 25 kg
Main Domestic Market All India
Main Export Market(s) Western Europe, North America, Eastern Europe, Middle East, Central America, South America, Asia, Australia, Africa
Max Height Up to 500 mm
Measuring Range 0 - 9999 N
Minimum Order Quantity 1
Mounting Type Bench-top
Number of Specimens Single specimen
Operating Voltage 220 V AC
Port Size Standard 12 mm
Power Supply AC 220V, 50Hz
Price 8000.0 INR
Resolution 0.01 N
Response Time <200 ms
Specimen Size Up to 300 mm length
Temperature 10C - 40C
Test Range 0 - 9999 N
Test Speed 50 - 500 mm/min adjustable
Test Stroke Up to 500 mm
Test Width Up to 50 mm
Unit of Measure Piece/Pieces
Unit of Price Unit/Units
Usage Industrial, Laboratory

MICROCONTROLLER BASED

Input: Load cell

Four Keys membrane Like Keypad

Display: 16 Character 2 Line LCD with Green Back light

Operating Voltage : 230 VAC, 50 Hz +/-10%

Excitation Voltage: 5 VDC

Sampling rate :

Programmable set points, with indicators and outputs

Peak readings always displayed

KG and KN selectable thro parameter

Password protection of calibration

Field Calibration thro software

Accuracy:

OPTIONS:

- USB port to store testing data with PASS and FAIL result

MECHANICAL DATA: Panel mounting type Plastic enclosure

- Cutout size: 92 mm x 92 mm

- Outer dimension: 96 mm x 96 mm x 120 mm (Depth)

High-Performance, Precise, and Reliable Testing

This Digital Tensile Testing Indicator combines robust construction with advanced precision, ensuring reliable results for a wide variety of tensile tests. Offering a digital display, overload and emergency stop protection, and a flexible test speed and width, the machine is suitable for both industrial and laboratory applications. Its corrosion-resistant finish enables long-term usage even in demanding environments.

User-Friendly Design for Efficient Testing

The testing indicator features a bench-top, semi-automatic design for straightforward operation and optimal workspace utilization. Digital calibration and a clear LCD display streamline the testing process. The unit's intuitive control panel makes test parameter adjustments effortless, ensuring consistent accuracy and user safety throughout every test cycle.

Versatile Data Management and Connectivity

Data output options include USB export and optional RS232 interface, enabling seamless integration with your existing systems. Peak hold, auto reset, and overload alarm functions enhance operational efficiency, while digital data storage simplifies results analysis and reporting. This versatility accommodates both manual record-keeping and automated data workflows.

FAQ's of Digital Tensile Testing Indicator:

Q: How does the Digital Tensile Testing Indicator ensure measurement accuracy?

A: The indicator employs a high precision load cell and digital calibration feature, achieving an accuracy of 1% FS with a fine resolution of 0.01 N. Regular digital calibration maintains consistent precision over time.

Q: What safety measures are integrated in this tensile testing machine?

A: For user and equipment protection, the system incorporates overload alarm, emergency stop capability, and a sturdy powder coated MS frame with a corrosion resistant finish.

Q: When should the calibration be performed on this testing indicator?

A: Calibration should be performed before first use and periodically according to the usage frequency and laboratory standards to ensure continued measurement accuracy.

Q: Where can this tensile testing indicator be used?

A: This equipment is suitable for industrial, laboratory, and research environments where tensile strength measurement of materials is required. Its corrosion-resistant construction permits operation in settings with up to 85% humidity and temperatures between 10C and 40C.

Q: What is the process for exporting and managing test data?

A: Test data can be easily exported using the optional USB or RS232 interfaces, allowing integration with computers and analytical tools for streamlined data analysis and reporting.

Q: How does the adjustable test speed benefit material testing?

A: Adjustable test speed (50-500 mm/min) allows for customizing the testing process based on the material's properties, ensuring optimal tensile measurement and preventing specimen damage.

Q: What are the primary benefits of using this Digital Tensile Testing Indicator?

A: Users gain accurate, repeatable tensile testing results, enhanced safety, easy data management, and suitability for a broad range of materials in various industrial and laboratory applications.

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RS232 to RS485 Converter

Price: 4500.0 INR /Unit

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Product Details:

Application This device is very useful for inter connecting field instruments, PLC, PC, HMI etc.
Delivery Time 1 Week
Dimension (L*W*H) 70 mm (W) x 60 mm (H) x 111 mm (D) Millimeter (mm)
Function RS232 to RS485 Converter
Machine Weight 0.5 Kilograms (kg)
Main Domestic Market All India
Minimum Order Quantity 1
Power 230 VAC Statampere (sA)
Power Supply 110/230VAC, 50 Hz or +5VDC
Price 4500.0 INR
Product Type Serial Converter
Supply Ability 1000 Per Month
Unit of Measure Unit/Units
Unit of Price Unit/Units
Voltage 230 VAC Volt (v)
Weight less than 1 KG Kilograms (kg)

Power Supply:110/230VAC, 50 Hz or +5VDC

RS-232 interface: 3-wire

RS-485 interface: 2-wire or 4-wire

Galvanic Isolation of 1KV between RS-232 and RS-485/422signals

Supports high speed communication

Supports 32 nodes on RS-485 side

Enclosure: DIN rail mounting

Dimension:

Outer: 70 mm (W) x 60 mm (H) x 111 mm (D)

It is recommended to use twisted shielded pair of cablefor connecting on RS485 side

This device is very useful for inter connecting fieldinstruments, PLC, PC, HMI etc.

Efficient Signal Conversion for Industrial Applications

This RS232 to RS485 Converter enables reliable data transfer between a wide range of devices such as PLCs, PCs, HMIs, and field instruments. Its sturdy construction and compatibility with 230 VAC power supply make it ideal for harsh industrial settings where consistent and robust communication is essential.

Compact and Easy to Integrate

With dimensions of just 70 mm (W) x 60 mm (H) x 111 mm (D) and weighing less than 1 kg, this converter fits easily into control panels and helps maximize available space. Its straightforward wiring and mounting make integration into existing setups quick and hassle-free.

FAQs of RS232 to RS485 Converter:

Q: How does the RS232 to RS485 Converter work?

A: The converter translates RS232 signals into RS485 communication protocol, allowing devices with different interface standards to connect and exchange data reliably over longer distances.

Q: What are the main benefits of using this converter?

A: By employing this converter, users can extend communication distances, improve noise immunity, and facilitate reliable connections between field instruments, PLCs, HMIs, and PCs in industrial environments.

Q: When should I use an RS232 to RS485 Converter?

A: Use the converter whenever you need to interface RS232-based devices with RS485 networks, especially for applications requiring long cable runs, multiple device interconnections, or robust data exchange in noisy environments.

Q: Where is this converter best suited for installation?

A: It is ideal for use in industrial automation panels, control rooms, and on-site installations where space is limited and reliable communication across various devices is required.

Q: What is the installation process for this device?

A: Installation involves mounting the device securely, connecting the RS232 and RS485 interfaces to the respective devices, and providing it with a 230 VAC power supply. Detailed wiring instructions are provided in the user manual for safe and effective integration.

Q: How does the RS485 interface improve communication compared to RS232?

A: RS485 supports longer cable lengths, multiple device connections on the same bus, and better resistance to electrical noise, making it superior to RS232 for industrial networking.

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Digital Peak Load Indicator

Price: 8000.0 INR /Unit

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Product Details:

Accuracy 1% of Full Scale
Application Measurement of peak load in testing applications
Automation Grade Automatic
Capacity As per requirement / model
Control Mode Digital (Microcontroller based)
Delivery Time 4 Week
Display Type Digital LED display
Features Peak hold function, Tare facility, Digital display
Frequency 50 Hz
Humidity Up to 85% RH (Non-condensing)
Interface Type Digital/Panel mount
Machine Weight Less than 1 kg Kilograms (kg)
Main Domestic Market All India
Main Export Market(s) Asia, Australia, Central America, North America, South America, Eastern Europe, Western Europe, Middle East, Africa
Measuring Range Configurable as per model
Minimum Order Quantity 1
Mounting Type Table top or panel mount
Operating Voltage 230V AC, 50 Hz
Power Supply 230V AC, 50 Hz
Price 8000.0 INR
Product Type Microcontroller based
Resolution 0.01 unit
Response Time Instantaneous/Real-time
Temperature 10C to 50C
Test Range 0 99.99 units (as per model)
Unit of Measure Piece/Pieces
Unit of Price Unit/Units
Usage Material testing/force measurement
Weight Less than 1 kg Kilograms (kg)

MICROCONTROLLER BASED

Accepts Analog Input: 4.0-20.0mA, 0-20 ma, 0-5 V, 1-5 V
Four Keys membrane Like Keypad
4-Digit Numeric 0.56 /0.8 Red LED display for Process Variable
Operating at 100-263VAC
Transmitter Power supply: +24VDC/50mA
Programmable parameters: Zero, Full scale, Decimal position
Non-volatile Memory for storing configuration parameters
Calibration thro software

Options:

Retransmission: 4.0-20.0mA Isolated (Linear Proportional to Indication)
Two Relays (5A/230VAC) for Alarm
Communication: RS232 or RS-485 (2-wire), MODBUS protocol
Mechanical Data: Mounting: Panel mounting
Cutout size: 92 mm x 44 mm
Outer dimension: 96 mm x 48 mm x 120 mm (Depth)
Enclosure: Normal

Superior Peak Load Measurement

This peak load indicator delivers accurate real-time measurement for material or force testing applications. The high-accuracy digital system captures and displays the maximum load during testing, providing data you can trust for analysis and quality control purposes.

Robust and User-Friendly Design

With a rugged powder-coated mild steel housing, the device is factory calibrated for immediate use and allows easy external recalibration. The compact form factor, manual and auto reset options, and data retention function ensure seamless operation even under varied working conditions.

Flexible Integration and Output Options

Offering both digital and optional analog output signals, this indicator can be integrated with a wide range of automated systems and data loggers. The selectable panel or tabletop mounting design makes it easy to use across different test environments, supporting flexible application needs.

FAQs of Digital Peak Load Indicator:

Q: How does the Digital Peak Load Indicator retain data in case of a power failure?

A: The instrument is equipped with a data retention feature, ensuring that peak load values are preserved during power interruptions, allowing you to retrieve and record measurements once power is restored.

Q: What types of outputs are available for system integration?

A: This device offers optional analog or digital output signals, making it compatible with various control systems and data acquisition setups for enhanced integration and data analysis.

Q: When should calibration be performed, and can it be done externally?

A: Calibration should be done before initial use and periodically as per your quality protocols. Beyond factory calibration, external calibration is also possible, enabling users to maintain measurement accuracy over time.

Q: Where can the peak load indicator be mounted?

A: The indicator can be conveniently installed either as a tabletop unit or panel mounted, providing flexibility for different laboratory and industrial workspace requirements.

Q: What is the process for resetting the peak load reading?

A: You can reset the peak load value using either a manual or automatic reset function, depending on your preference or testing process, ensuring efficient operation during repeated measurements.

Q: How is the device used in material testing applications?

A: Simply connect the indicator to your material testing setup. The device will display real-time load values on its LED display and automatically capture the peak load for accurate analysis and documentation.

Q: What are the benefits of using a microcontroller-based digital indicator?

A: Microcontroller-based operation ensures fast response, high reliability, precise control, and consistent accuracy, making your load measurement process streamlined and dependable.

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