Product Description
Apogee SQ-500 sensors are calibrated through side-by-side comparison to the mean of four transfer standard sensors under T5 cool white fluorescent lamps. The transfer standard sensors are calibrated through side-by-side comparison to the mean of at least four quantum sensors under T5 cool white fluorescent lamps traceable to the National Institute of Standards and Technology (NIST).
High-Contrast Digital Display for Instant ReadingsThe MQ-500 Quantum Meter features a large OLED screen providing clear, real-time data, ensuring readings are easily visible in all environments. Whether used in the laboratory or in the field, the high-contrast digital display ensures accurate interpretation and quick adjustments, streamlining workflow for researchers, horticulturists, and technicians alike.
Enhanced Data Logging and Storage CapacityWith internal memory that stores up to 99 readings, the MQ-500 allows users to collect extensive measurement data over time. The USB interface simplifies data transfer for analysis and record-keeping, making this meter an invaluable tool for precise monitoring in plant research, greenhouse management, and industrial growing operations.
Durable, Portable, and Designed for VersatilityBuilt with an IP65-rated ABS plastic housing, the MQ-500 Quantum Meter is both water and dust resistant. Its lightweight design and supplied carrying case make it highly convenient for transport and field use. A detachable 2-meter sensor cable and multiple mounting options increase adaptability, perfectly supporting diverse research and horticultural tasks.
FAQ's of FULL-SPECTRUM QUANTUM METER (MQ-500):
Q: How do I use the MQ-500 Quantum Meter to measure light in a greenhouse or laboratory?
A: Position the sensor in the target location-either handheld or mounted on a tripod. The device will instantly display Photosynthetically Active Radiation (PAR) values on the OLED screen. For accurate results, ensure the sensor faces the main light source. Use the internal storage to log readings and transfer data via USB for further review.
Q: What makes the MQ-500 Quantum Meter suitable for research and horticulture applications?
A: The meter's high sensitivity to PAR (400-700 nm), NIST-traceable calibration, and large OLED display ensure reliable data for plant growth studies. Its robust construction, IP65 rating, and ability to store up to 99 readings make it versatile and durable for both research and practical horticultural environments.
Q: When should I recalibrate the MQ-500 Quantum Meter?
A: For optimal accuracy, follow the manufacturer's recommended calibration schedule, typically annually or after exposure to extreme environments. Each unit includes a calibration certificate, and recalibration can be done through authorized service centers to maintain traceability to NIST standards.
Q: Where can I use the MQ-500 Quantum Meter effectively?
A: The meter is designed for indoor and outdoor environments such as laboratories, greenhouses, grow rooms, and field research sites. Its IP65 rating and durable build provide water and dust resistance for reliable performance in varied conditions.
Q: What is the process for transferring stored data from the MQ-500 to a computer?
A: Connect the meter to any compatible computer using the USB data logging interface. Download the stored readings (up to 99) for further analysis and documentation, supporting efficient workflow in research and commercial operations.
Q: What are the benefits of the MQ-500 Quantum Meter's OLED display and memory features?
A: The OLED display ensures excellent visibility in diverse lighting, while the built-in memory allows users to log multiple readings without manual recording. These features streamline data collection, minimize errors, and improve efficiency for researchers and growers.