A tool for controlling and inspecting actuators.
It is a single device that incorporates a chronometer, testers for analog and digital sensors, a peak detector, a cycle counter, and a pulse counter. These functions are included in monitoring cycle time and actuator vibration. In practice, by connecting two proximity sensors to terminal blocks A and B, it is possible to not only count the system cycles but also inspect them and monitor characteristic times (instantaneous, average, maximum, etc.). Furthermore, the peak detection function allows for the actuator to be operated in an optimal motion state, enabling monitoring of instantaneous vibration levels. Once the cycles are optimized, durability testing can be conducted using the pulse counter function. Each value is displayed on a backlit LCD screen equipped with Zoom, Power Safe, and Auto Power-Off functions. Everything is supplied in a box that includes tools, two magnetic proximity sensors with adapters, an analog sensor for vibration, a power unit for durability testing, and two batteries for field adjustments.
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basic information
• Backlight 128X64 LCD display. • Press the ON button (for 5 seconds) to confirm the selector. • Press the OFF button (for 5 seconds) to end the selector. • Menu scroll key. • Magnetic sensor inspection area. • 12 Vdc power plug. • Terminal board for Sensor A, 18 Vdc (PNP, NPN, 2-wire, analog). • Terminal board for Sensor B, 18 Vdc (PNP, NPN, 2-wire, analog). • 2x1.5 Vdc battery (non-rechargeable). • The SB2T comes with two 1.5Vdc AA batteries with an 8-hour duration for field settings. If the setup takes a long time, it is advisable to connect to the 12Vdc power package provided in the carrying case.
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Multi-sensor tester
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Company information
Linkage is a company established to assist in automation by combining products and technologies from overseas manufacturers with the skills of Japanese users. We create opportunities for the introduction of robotic systems and devices to compensate for the labor shortage in Japanese manufacturing through EOAT (End of Arm Tooling, such as robotic hands and polishing kits).