DT2234E Photoelectric Tachometer Introduction: DT2234E is a high-precision non-contact photoelectric tachometer produced by our company. Utilizing advanced microcomputer technology and photoelectric sensing technology, this tachometer can quickly and accurately measure the rotational speed of rotating objects. It is widely used for speed detection and monitoring of equipment such as motors, fans, and pumps. Features: 1. Non-contact measurement: Without requiring physical contact with the object being measured, it utilizes the principle of photoelectric sensing for measurement, ensuring safety and convenience 2. Multi-functional measurement: Rotational speed measurement (RPM) Linear speed measurement (requires optional contact wheel attachment) 3. Data storage: Automatically memorize the maximum (MAX), minimum (MIN), and last measured value (LAST) 4. Automatic shutdown: Automatically powers off after approximately 15 minutes of inactivity, saving battery life 5. Low battery indicator: When the battery is running low, the screen displays a prompt symbol Technical Specifications: Display: 5-digit LCD display with character height of 18mm Test range: 2.5 to 99999 RPM (revolutions per minute) Resolution: 0.1 RPM (0.5~999.9 RPM) 1 RPM (above 1000 RPM) Measurement accuracy: ±(0.05%+1d) Sampling time: 0.6 seconds (above 100 RPM) Range selection: Automatic switching Memory function: Automatically memorizes the maximum, minimum, and last values, as well as 500 instantaneous values Time base: quartz crystal Effective distance: 50~500mm Power Supply: 3×1.5V AA UM-4 Power consumption: approximately 35mA Operating temperature: 0~40℃ Inch: 160×74×37mm Weight: 180g (including battery)
DT2234E Photoelectric Tachometer Introduction: DT2234E is a high-precision non-contact photoelectric tachometer produced by our company. Utilizing advanced microcomputer technology and photoelectric sensing technology, this tachometer can quickly and accurately measure the rotational speed of rotating objects. It is widely used for speed detection and monitoring of equipment such as motors, fans, and pumps.
