Geophone
The Seismic Spectrum (Geophone) is a dedicated front-end sensor that converts seismic wave-induced mechanical vibrations into collecting telecommunications;
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Supply voltage [For Different Interfaces; Only One May Be Connected at a Time]: 12-24VDC or 5VDC for Different Interfaces; Only One May Be Connected at a Time Operating temperature: -40-+60° Operating humidity: 0-95%
The MPCTL-01A spot-shifting control board controls one motor or piezoelectric actuator to shift a motor-driven crystal or object. RS232 communication and adjustable parameters use a simple ASCII protocol for easy integration.
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Beam spot on the loaded mirror: 3 mm Mechanical deflection angle: ±11 ° Rotor moment of inertia [±10%]: 1.34 g*mm²
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Galvanometer motor series MT1440
Motors and Drives
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Beam spot on the loaded mirror: 10 mm Mechanical deflection angle: ±11 ° Rotor moment of inertia [±10%]: 14.651 g*mm²
A galvanometer system is a high-precision, high-speed servo-control system comprising a drive board and a high-speed oscillating motor. The scanning motor is critical to the system. Jhckj scanning motors are compact, thermally efficient, and have long bearing life, enabling high-speed, highly reliable scanning in confined spaces.
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Galvanometer motor series MT1443
Motors and Drives
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Beam spot on the loaded mirror: 10 mm Mechanical deflection angle: ±11 ° Rotor moment of inertia [±10%]: 27.34 g*mm²
A galvanometer system is a high-precision, high-speed servo-control system comprising a drive board and a high-speed oscillating motor. The scanning motor is critical to the system. Jhckj scanning motors are compact, thermally efficient, and have long bearing life, enabling high-speed, highly reliable scanning in confined spaces.
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Galvanometer motor series 1603
Motors and Drives
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Beam spot on the loaded mirror: 10 mm Mechanical deflection angle: ±11 ° Rotor moment of inertia [±10%]: 20.01 g*mm²
A galvanometer system is a high-precision, high-speed servo-control system comprising a drive board and a high-speed oscillating motor. The scanning motor is critical to the system. Jhckj scanning motors are compact, thermally efficient, and have long bearing life, enabling high-speed, highly reliable scanning in confined spaces.
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