Product Category
- Automatic Test Equipment
- Clamp Meters
- Current Probes | Current Sensors
- Data Acquisition / Oscilloscopes / Memory Recorders
- Digital Multimeters
- Electrical Safety Testers | Hipot, Insulation, Leakage Testers
- Ground Testers Voltage Detectors Phase Detectors
- Insulation Testers
- LCR Meters / Impedance Analyzers
- Magnetic Field | Sound Level | Lux | Rotation
- Multichannel Data Loggers
- Power Meters / Power Analyzers
- Power Quality Analyzers / Power Loggers
- Resistance Meters / Battery Testers
- Super Megohmmeters | Electrometers | Picoammeters
- Temperature Data Loggers / Compact Loggers
- Solar Panel/Photovoltaic (PV) System Maintenance
Wireless Compact Loggers with Bluetooth® Technology
WIRELESS FUNGAL LOGGER LR8520• Record fungal index, growth prediction • Record temperature and humidity • Minimum 0.5 sec interval | |
WIRELESS HUMIDITY LOGGER LR8514• 2 ch Temperature/ 2 ch Humidity recording • - 40 °C to 80 °C/ 0% to 100 % RH (with optional sensor) • Minimum 0.5 sec interval • Wireless data download to a tablet or computer | |
WIRELESS VOLTAGE/TEMP LOGGER LR8515• 2 ch Voltage (±50 mV to ±50 V)/ Thermocouple recording • Minimum 0.1 sec interval • Wireless data download to a tablet or computer | |
WIRELESS CLAMP LOGGER LR8513• For AC/DC current recording • Fastest 0.5 sec interval • Wireless data download to a tablet or computer | |
WIRELESS PULSE LOGGER LR8512• For pulse count • 2ch, pulse, rotation, 1/0 signal • Minimum 0.1 sec interval • Wireless data download to a tablet or computer |
Compact Data Logger Series
Infrared Thermometers
Temperature Meters
• Compatible with plug-in modules only • 5 to 120 ch of isolated input • DC V, temperature, resistance, distortion, etc. • Fastest recording interval: 1 ms | |
• Compatible with plug-in or wireless modules • 5 to 330 ch of isolated input • DC V, temperature, resistance, distortion, etc. • Fastest recording interval: 1 ms • Supports Wireless LAN | |
WIRELESS LOGGING STATION LR8410• 15ch to 105ch isolated input wireless logger • DC voltage/temperature with thermocouple or Pt sensor, humidity, resistance • 100ms interval recording in real-time | |
MEMORY HiLOGGER LR8431• 10 ch isolated, 10 ms recording • DC voltage/ Temperature with Thermocouple/ Cumulative pulses/ Rotation measurement • Realtime recording to CF card or USB memory | |
MEMORY HiLOGGER 8423• 15ch to 600ch isolated input • DC voltage/ Temperature/ Humidity/ Cumulative pulses/ Rotations/ Digital measurement, etc., • 10ms recording to PC in real-time |
Heat Flow Measurement
HEAT FLOW SENSOR Z2012-01 to Z2017-01• K thermocouple and heat flow sensor in one device • Flexible sensor that can measure curved surfaces | |
HEAT FLOW SENSOR Z2012 to Z2018• Standard model heat flow sensor • Flexible sensor that can measure curved surfaces | |
HEAT FLOW LOGGER LR8432• Measure the heat flow and volume of heat energy • 10 ch isolated, 10 ms recording • Heat flow, DC voltage/ Temperature with Thermocouple, etc., • Heat transmission coefficient processing |
This page introduces how to use compact data loggers in environmental measurement. These instruments can operate on battery power as they measure temperature, humidity, pulse, 4 to 20 mA instrumentation signals, and analog voltages over extended periods of time.
01. Using compact data loggers
Calculating insolation and evaluating solar panel generating capacity based on actinometer data from a data logger
Input analog voltage output from an actinometer to the LR5041 and record insolation data at an interval of 1 minute. After capturing the recorded data at a regular interval and downloading it to a PC, you can calculate insolation for a given day or a specified period of days by using Excel’s time average or integration functionality. By comparing this insolation data to the solar panel installation’s generating capacity, you can evaluate whether the solar panels are generating electricity normally. The typical actinometer has a minuscule analog output voltage of about 10 mV. Since the LR5041 has a 50.00 mV measurement range, it can reliably record even minuscule voltage variations. In addition, the instrument can operate continuously for more than one year on a single alkaline battery when using a recording interval of 1 minute.
Recording integrated flow rate data from a gas meter or water meter with a pulse logger
The Pulse Logger LR5061 is a pulse logger that can record pulse output as integrated count values from a gas or water meter for extended periods of time. The pulse count is stored for each recording interval in the instrument’s data memory. After downloading the data to a PC, you can convert it to an integrated flow rate by multiplying the measured values by the pulse flow rate coefficient. The instrument can operate continuously for more than six months on a single alkaline battery when using a recording interval of 10 seconds.
Recording 4 to 20 mA instrumentation signals from a sensor or signal converter with a data logger
The Data Logger LR5031 is a data logger for instrumentation signals that can continuously record 4 to 20 mA analog current output from a device such as a signal converter at a set interval. The instrument has a ±30.00 mA range and resolution and can operate continuously for two years on a single alkaline battery when using a recording interval of 1 minute.
Temperature logger that can be used outdoors
The Temperature Logger LR5011 features a dust-proof and waterproof enclosure so that it can be used outdoors with peace of mind, making it ideal for use in applications such as managing the temperature in plastic greenhouses. The instrument can operate continuously for more than two years on a single alkaline battery when using a recording interval of 1 minute.
Testing load power with simple power logging functionality
The Clamp Logger LR5051 can record two channels of AC current data from clamp-on sensors. It can also record average, maximum, and minimum values, allowing calculation of integrated current values from 1-minute average values if data is integrated at a recording interval of 60 sec. In addition, power and energy can be calculated if the voltage value and power factor are set using application software. Consequently, this battery-powered data logger can be used as a simple power logger.