シロ産業 Product Lineup

● The depth bar is thin at φ1.5mm, making it ideal for the depth of small diameter holes. ● The data transmission distance is approximately 5m in line of sight. ● It adopts a response-back method. ● The transmitter is built into the digital display unit. ● One receiver is included with the caliper body.

● The data transmission distance is approximately 5 meters in line of sight. ● Adopts a response-back method. ● The transmitter is built into the digital display unit. ● One receiver is included with the main body of the caliper.

This device adopts a weightless automated testing force application, using a 0.5% accuracy compression sensor for feedback, and the CPU control system automatically compensates for any lost testing force during the test. The testing force and load holding time can be directly selected on the touch panel, providing high measurement accuracy, good reproducibility, and convenient operation.

The testing process is controlled by the CPU, which manages the automatic switching function between the objective lens and the indenter. The switching position employs mechanical and electronic double matching, resulting in high positional accuracy. This device has a testing force of 10 levels and 13 types of Brinell testing scales for any selection. It is equipped with three sets of ball indenters and two sets of objective lenses, automatically recognizing and switching between the objective lenses and indenters. The dwell time of the testing force and the brightness of the light source measuring the indentation can be adjusted. It can display the measured indentation length, hardness value, number of measurements, and more. Conversion values between each hardness scale can be selected. Test results can be checked or printed out with the built-in printer, or saved by connecting to a computer via the RS232 interface.

The testing process is controlled by the CPU, which manages the automatic switching function between the objective lens and the indenter. The switching position employs mechanical and electronic double matching, resulting in high positional accuracy. This device has 10 levels of test force and 13 types of Brinell test scales for any selection. It is equipped with three sets of ball indenters and two sets of objective lenses, automatically recognizing and switching between the objective lens and the indenter. The dwell time of the test force and the brightness of the light source for measuring the indentation can be adjusted. It can display the measured indentation length, hardness value, number of measurements, and more. Conversion values between each hardness scale can be selected. Test results can be checked or printed out using the built-in printer, or saved by connecting to a computer via the RS232 interface.

The testing process is controlled by the CPU, which manages the automatic switching function between the objective lens and the indenter. The switching position employs mechanical and electronic double matching, resulting in high positional accuracy. The built-in touchscreen tablet allows for more intuitive parameter settings and result displays, making operation convenient. It avoids stimulation from the microscope light source and visual fatigue, reducing measurement errors. This device has ten levels of testing force and thirteen types of Brinell testing scales for any selection. It features three sets of ball indenters and two sets of objective lenses, automatically recognizing and switching between the objective lenses and indenters. With high magnification, the observed surface becomes very clear. Depending on the selected hardness scale, the equipment automatically selects the corresponding indenter and objective lens. The automatic lifting table adopts a precise structure with high stability, automatically rising when measurements begin, returning to the focus position after the testing force is applied, achieving one-key automation. It adopts an integrated design of the hardness tester and panel computer. Equipped with a Windows 7 system, it has all functions operable on the computer.

Adjustable sensitivity Leak display Auto warm-up Battery display Power display Overcharge/overcurrent protection Charging status display

● Equipped with a measurement range switch ● Data hold function ● Low battery indicator ● Overload indicator ● Automatic power off function ● Maximum, minimum, and difference luminance calculation function ● Backlight display function

The digital Brinell hardness tester is a microcontroller-controlled Brinell hardness tester that combines a precision mechanical structure with a closed-loop control system. This device employs a weightless automated test force application and uses a 0.5‰ precision compression sensor for feedback, while the CPU control system automatically compensates for any lost test force during testing. The device is connected to a digital micro eyepiece, eliminating the need to look up at the specimen platform, and there is no need to input the diagonal length of the indentation. It can directly display the hardness value, test force, dwell time, and indentation length. After measuring the indentation length, pressing the eyepiece button will automatically retrieve and display the hardness value on the screen.

The digital Brinell hardness tester is a microcontroller-controlled Brinell hardness tester that combines a precision mechanical structure with a closed-loop control system. This device employs a weightless automated test force application and uses a 0.5‰ precision compression sensor for feedback, while the CPU control system automatically compensates for any lost test force during the testing process. The indentation of the impression can be measured directly with a digital microscope eyepiece, and the test force, indentation length, dwell time, number of measurements, conversion scale, date, and time can be intuitively displayed on a large screen. After measuring the indentation length, pressing the eyepiece button allows for the automatic acquisition and display of the hardness value on the screen. Test results can be checked or printed out using the built-in printer, or saved by connecting to a computer via the RS232 interface.

The MI1T-926M is a data logger with a memory capacity of 51,840. You can freely select the logging interval from once every second to once every hour, allowing for long-term recording of solar intensity based on the logging interval. Alarm settings are also possible; if the measured solar intensity exceeds the specified level, an LED will flash to notify you of the alarm. The recorded data can be quickly downloaded by connecting the device to a computer's USB port, and various data analyses can be performed using software compatible with Windows 10.

The conversion of test force is achieved by the rotation of a variable load handwheel. This device allows for the selection of dwell time and is very easy to use. Aside from dialing to zero, there are no manual operational errors, and it has high sensitivity and stability.

You can display and set the current hardness test scale, test force, test indenter, dwell time, hardness conversion values, and types of indenters. The main features are as follows: Selection of Rockwell hardness scales; conversion between each hardness scale; adjustable display backlight with energy-saving mode. Real-time data is saved in folders, with a total of six data folders available. You can delete, print, and output any file data. The results of hardness measurements are saved in real-time, with maximum, minimum, and average values automatically calculated and intuitively displayed on the operation display screen. It is equipped with an RS232 interface for connection to a computer.

●Measurement range: 0-100ppm ●Resolution: 0.1ppm ●Error: ±2% ●Sensor: Electrochemical type

The M2700T-383T is a mini-type illuminance meter that effectively represents light intensity with electrical signals and is equipped with photoelectric detection technology. It has a wide measurement range from 0 to 199,999 lux and features automatic range shifting. It includes a data hold function, as well as maximum and minimum value measurements. The 4-digit LCD display can show a maximum value of "9999." It is equipped with a backlight for use at night or in dark places. It can withstand impacts from a height of 1 meter. With a non-slip design, it fits securely in the hand. The measurement units can be switched between lux or FC. The backlit LCD display makes operation in the dark easier.

Product Name: Metal Detector Manufacturer: Anritsu Model Number: KD1116AW Dimensions: Width 800 × Depth 615 × Height 1200 mm Weight: Approximately 102 kg Power Supply: Three-phase 200V 50/60Hz Pass-through Dimensions: Approximately Width 290 × Height 180 mm <Year of Manufacture> 2005

It is suitable for individually packaged products and containers such as bottles and bolts with a compact machine.

Belt width 220mm Tunnel size Width 295 x Height 120 (mm) Maximum inspection item dimensions Width 290 x Height 115 (mm) Maximum inspection item weight Up to 5kg External dimensions Length 800 x Depth 600 x Height 1190 (mm) Machine weight Approximately 80kg

Product Name: Metal Detector Manufacturer: Anritsu Model Number: KD1116AW Dimensions: Width 800 × Depth 615 × Height 1200 mm Weight: Approximately 102 kg Power Supply: Three-phase 200V 50/60Hz Pass-through Dimensions: Approximately Width 290 × Height 180 mm

By ensuring compatibility with the probe, you can freely select connection probes that suit your applications and measurement targets. Additionally, it has become possible to equip various probes tailored to spare probes or the shape of the substrate, significantly improving work efficiency. It complies with standards such as JIS K 5600, as well as regulations, internal rules, and standards from government agencies, testing laboratories, research institutes, various corporations, and organizations, as well as international standards like ISO 2808.