Z1008 - AC Adapter for LR853x modules, P9000, SP700x, PW3365

Banner Specs:Wireless data transmission to LR8450-01 Data Logger 15 input channels for DC voltage and temperature 10 ms update interval A/D resolution: 16 bits Voltage: 9 ranges, from ±10 mV to ±100 V and for 4-20 mA signals USPs:Autonomous operation with wireless data transfer and battery option Applications: Analysis of temperature variations in EV components or engines Measurement of ambient temperature in labs or storage facilities Monitor voltage fluctuations and heat levels in machinery In detail:The LR8530 Wireless Voltage/Temperature Module is a 15-channel measurement module for the LR8450-01 Wireless Data Logger. Up to seven LR8530 modules can be connected to a single LR8450-01, allowing users to record and transfer data via wireless LAN of up to 105 channels in a single device. By combining the LR8450-01 with seven LR8530 and four U8550 plug-in modules the total setup can be extended to up to 165 channels. This module supports precise DC voltage measurements with a direct input capacity of up to 100 V. Input signals are connected to the module through an M3 screw terminal block, providing secure connections even for conductors with larger cross-sections. Its 300 V isolation to earth and between channels ensures safe and reliable operation. Additionally, the LR8530 can measure temperature using thermocouples of types K, J, E, T, N, R, S, B, and C, making it ideal for versatile applications requiring comprehensive environmental monitoring. Its compatibility with various thermocouple types allows flexibility for diverse thermal analysis tasks in research, industrial, and environmental settings. Each channel can be configured individually, giving users the freedom to tailor the setups to their specific testing requirements. With a fast update interval of 10 ms and 16-bit A/D resolution, the LR8530 delivers highprecision data acquisition. The module offers nine measurement ranges, from ±10 mV to ±100 V, ensuring accurate readings across a variety of applications. To measure 4-20 mA signals, a 250 Ω shunt resistor can be used with the 1-5 V range, adding to the module's adaptability. The LR8530 features wireless LAN capability, enabling seamless data transmission to the LR8450-01 Wireless Data Logger for real-time monitoring and analysis on its LCD display. Its compact design makes it ideal for installation in tight or hard-to-reach spaces. Additionally, the module offers flexible power options, supporting the use of both an AC adapter and an optional battery pack for versatile setup configurations. This wireless module comes with an AC adapter (Z1008) and a mounting plate with screws, allowing the module to be securely attached to a wall or other flat surface.

Banner Specs: Wireless data transmission to LR8450-01 Data Logger 15 input channels for DC voltage, temperature and resistance (push-button type terminal block) 10 ms update interval A/D resolution: 16 bits Voltage: 9 ranges, from ±10 mV to ±100 V and for 4-20 mA signals USPs: Autonomous operation with wireless data transfer and battery option Applications:  Analysis of temperature variations in EV components or engines Measurement of ambient temperature in labs or storage facilities Monitor voltage fluctuations and heat levels in machinery Precise temperature monitoring in industrial processes with RTDs (Resistance Temperature Detectors) Evaluation of material properties and component integrity In detail:The LR8531 Wireless Universal Module is a 15-channel measurement module for the LR8450-01 Wireless Data Logger. Up to seven LR8531 modules can be connected to a single LR8450-01, allowing users to record and transfer data via wireless LAN of up to 105 channels in a single device. By combining the LR8450-01 with seven LR8531 and four U8551 plug-in modules the total setup can be extended to up to 165 channels. This module supports precise DC voltage measurements with a direct input capacity of up to 100 V. Input signals are connected to the module through a spring-cage terminal block, providing a quick and secure, vibration-resistant connection. Its 300 V isolation to earth and between channels ensures safe and reliable operation. Additionally, the LR8531 can perform resistance measurements. Four-wire measurements are available in four selectable measurement ranges (10 Ω, 20 Ω, 100 Ω, and 200 Ω) with an accuracy of 0.1%, ensuring high-precision results for various applications. The LR8531 can also measure temperature using thermocouples or RTDs (resistance temperature detectors) of the types Pt100, Pt1000, and JPt100. Supported thermocouple types include K, J, E, T, N, R, S, B, and C. The module can also capture humidity, making it ideal for versatile applications from environmental monitoring to the evaluation of material properties. Its compatibility with various thermocouple and RTD types allows flexibility for diverse thermal analysis tasks in research, industrial, and environmental settings. Each channel can be configured individually, giving users the freedom to tailor the setups to their specific testing requirements. With a fast update interval of 10 ms and 16-bit A/D resolution, the LR8531 delivers highprecision data acquisition. The module offers nine measurement ranges, from ±10 mV to ±100 V, ensuring accurate readings across a variety of applications. To measure 4-20 mA signals, a 250 Ω shunt resistor can be used with the 1-5 V range, adding to the module's adaptability. The LR8531 features wireless LAN capability, enabling seamless data transmission to the LR8450-01 Wireless Data Logger for real-time monitoring and analysis on its LCD display. Its compact design makes it ideal for installation in tight or hard-to-reach spaces. Additionally, the module offers flexible power options, supporting the use of both an AC adapter and an optional battery pack for versatile setup configurations. This wireless module comes with an AC adapter (Z1008) and a mounting plate with screws, allowing the module to be securely attached to a wall or other flat surface.

Banner Specs: Wireless data transmission to LR8450-01 Data Logger 30 input channels for DC voltage and temperature 10 ms update interval with up to 15 channels, 20 ms with more channels A/D resolution: 16 bits Voltage: 9 ranges, from ±10 mV to ±100 V and for 4-20 mA signals USPs: Autonomous operation with wireless data transfer and battery optionApplications: Analysis of temperature variations in EV components or engines Measurement of ambient temperature in labs or storage facilities Monitor voltage fluctuations and heat levels in machinery In detail:The LR8532 Wireless Voltage/Temperature Module is a 30-channel measurement module for the LR8450-01 Wireless Data Logger. Up to seven LR8532 modules can be connected to a single LR8450-01, allowing users to record and transfer data via wireless LAN of up to 210 channels in a single device. By combining the LR8450-01 with seven LR8532 and four U8552 plug-in modules the total setup can be extended to up to 330 channels.This module supports precise DC voltage measurements with a direct input capacity of up to 100 V. Input signals are connected to the module through a spring-cage terminal block, providing a quick and secure, vibration-resistant connection. Its 300 V isolation to earth and between channels ensures safe and reliable operation. Additionally, the LR8532 can measure temperature using thermocouples of types K, J, E, T, N, R, S, B and C, making it ideal for versatile applications requiring comprehensive environmental monitoring. Its compatibility with various thermocouple types allows flexibility for diverse thermal analysis tasks in research, industrial, and environmental settings. Each channel can be configured individually, giving users the freedom to tailor the setups to their specific testing requirements. With a fast update interval of 10 ms and 16-bit A/D resolution, the LR8532 delivers highprecision data acquisition. The module offers nine measurement ranges, from ±10 mV to ±100 V, ensuring accurate readings across a variety of applications. To measure 4-20 mA signals, a 250 Ω shunt resistor can be used with the 1-5 V range, adding to the module's adaptability. The LR8532 features wireless LAN capability, enabling seamless data transmission to the LR8450-01 Wireless Data Logger for real-time monitoring and analysis on its LCD display. Its compact design makes it ideal for installation in tight or hard-to-reach spaces. Additionally, the module offers flexible power options, supporting the use of both an AC adapter and an optional battery pack for versatile setup configurations. This wireless module comes with an AC adapter (Z1008) and a mounting plate with screws, allowing the module to be securely attached to a wall or other flat surface.

Banner Specs: Wireless data transmission to LR8450-01 Data Logger 5 input channels for DC voltage1 ms update interval A/D resolution: 16 bits Voltage: 7 ranges, from ±100 mV to ±100 V and for 4-20 mA signalsUSPs: Autonomous operation with wireless data transfer and battery optionApplications: High-speed voltage measurement Pressure and vibration measurement and monitoringIn Detail: The LR8533 Wireless High-Speed Voltage Module is a 5-channel measurement module for the LR8450-01 Wireless Data Logger. Up to seven LR8533 modules can be connected to a single LR8450-01, allowing users to record and transfer data via wireless LAN of up to 35 channels in a single device. By combining the LR8450-01 with seven LR8533 and four U8553 plug-in modules the total setup can be extended to up to 55 channels.This module supports precise DC voltage measurements with a direct input capacity of up to 100 V. Input signals are connected to the module through an M3 screw terminal block, providing secure connections even for conductors with larger cross-sections. Its 300 V isolation to earth and between channels ensures safe and reliable operation. The LR8533 module offers a fast update interval of 1 ms for all 5 channels simultaneously, making it ideal for measuring sensor outputs in the tens of Hertz range, such as pressure and vibration signals.With a 16-bit A/D resolution, the LR8533 delivers high-precision data acquisition. The module offers seven measurement ranges, from ±100 mV to ±100 V, ensuring accurate readings across a variety of applications. To measure 4-20 mA signals, a 250 Ω shunt resistor can be used with the 1-5 V range, adding to the module's adaptability. The LR8533 features wireless LAN capability, enabling seamless data transmission to the LR8450-01 Wireless Data Logger for real-time monitoring and analysis on its LCD display. Its compact design makes it ideal for installation in tight or hard-to-reach spaces. Additionally, the module offers flexible power options, supporting the use of both an AC adapter and an optional battery pack for versatile setup configurations. This wireless module comes with an AC adapter (Z1008) and a mounting plate with screws, allowing the module to be securely attached to a wall or other flat surface.

Banner Specs Wireless data transmission to LR8450-01 Data Logger 5 input channels for strain gauges 1 ms update interval A/D resolution: 16 bits 1-gauge method (2-wire & 3-wire setup), 2-gauge method (adjacent sides), 4-gauge method USPs Autonomous operation with wireless data transfer and battery option Applications Durability and performance testing by evaluating stress and strain on vehicle components under different load conditionsAnalysis of the mechanical properties of materials by measuring strain during tensile, compressive, or fatigue tests Safety and compliance testing through assessment of strain on aircraft structures and components Failure prevention and predictive maintenance by monitoring strain in machinery and equipment In detail:The LR8534 Wireless Strain Module is a 5-channel measurement module for the LR8450-01 Wireless Data Logger. Up to seven LR8534 modules can be connected to a single LR8450- 01, allowing users to record and transfer data via wireless LAN of up to 35 channels in a single device. By combining the LR8450-01 with seven LR8534 and four U8554 plug-in modules the total setup can be extended to up to 55 channels.This module supports measurement of strain by using strain gauges or strain gauge transducers. Input signals are connected to the module through a spring-cage terminal block, providing a quick and secure, vibration-resistant connection. The module allows to measure strain with the 1-gauge method – 2- or 3-wire setup. For applications requiring higher accuracies the 2-gauge or 4-gauge methods can be used. The U8554 module offers a fast update interval of 1 ms for all 5 channels simultaneously, making it ideal for dynamic and high-speed applications. With a 16-bit A/D resolution, the LR8534 delivers high-precision data acquisition. The module offers eight strain measurement ranges, from ±1000 µꜫ to ±200 000 µꜫ, ensuring accurate readings across a variety of applications. In addition, the module can be used for the measurement of voltages offering ranges from 1 mV to 200 mV. The LR8534 features wireless LAN capability, enabling seamless data transmission to the LR8450-01 Wireless Data Logger for real-time monitoring and analysis on its LCD display. Its compact design makes it ideal for installation in tight or hard-to-reach spaces. Additionally, the module offers flexible power options, supporting the use of both an AC adapter and an optional battery pack for versatile setup configurations. This wireless module comes with an AC adapter (Z1008) and a mounting plate with screws, allowing the module to be securely attached to a wall or other flat surface.

Banner Specs Wireless data transmission to LR8450-01 Data Logger Input of CAN and CAN FD signals 2 freely configurable ports Max. 10 ms update interval Supports CAN (ISO11898), CAN FD (ISO11898), CAN FD (non-ISO) USPsAutonomous operation with wireless data transfer and battery option Applications Monitoring of in-vehicle network data from various electronic control units (ECUs) during vehicle testing and development phases Troubleshooting and optimization of industrial processes by logging CAN-based communication between industrial controllers and devices Monitoring of data transmission between avionics systems in aerospace applications In detail:The LR8535 Wireless CAN Module is a measurement module for the LR8450-01 Wireless Data Logger. Up to seven LR8535 modules can be connected to a single LR8450-01, allowing users to record and transfer data via wireless LAN. By combining the LR8450-01 with seven LR8535 and four U8555 plug-in modules the total setup can be extended to 11 modules with 2 ports each. The module supports up to 500 channels per port and delivers a maximum update interval of 10 ms, depending on the number of channels used. It features two D-sub 9-pin male connectors and is compatible with key protocols, including CAN (ISO 11898) and CAN FD in both ISO and non-ISO formats.This module is ideal for monitoring data from electronic control units within in-vehicle networks during automotive testing and development. It also plays a crucial role in troubleshooting and optimizing industrial processes by capturing CAN-based communication between controllers and devices. In aerospace applications, the U8555 module ensures reliable data transmission between avionics systems, making it an essential tool for highperformance data logging and analysis. The LR8535 features wireless LAN capability, enabling seamless data transmission to the LR8450-01 Wireless Data Logger for real-time monitoring and analysis on its LCD display. Its compact design makes it ideal for installation in tight or hard-to-reach spaces. Additionally, the module offers flexible power options, supporting the use of both an AC adapter and an optional battery pack for versatile setup configurations. This wireless module comes with an AC adapter (Z1008) and a mounting plate with screws, allowing the module to be securely attached to a wall or other flat surface

5-channel wireless interface and signal conditioning module for the LR8450-01 Data Logger to connect HIOKI Current Sensors with a PL14 connector Banner Specs:5 input channels with individual signal conditioning 1 ms simultaneous update interval Battery-powered wireless operation in tight spaces Operating temperature -20 oC to 55 oC Up to 7 modules can wirelessly connect to one LR8450-01 Data Logger Can be combined with a large variety of current sensors from 2 A to 6000 A USPs: Individual scaling for each current sensor Current logging from 100 µA to 2 kA DC in one device Up to 35 channels current logging with 1ms update interval High-voltage Electric Vehicle (EV) battery current logging and low power circuit current logging possible with a single device Compact size and wireless capability, perfect for use in confined spacesApplications:  Development and analysis tool for improving the fuel efficiency of EV Consumption monitoring of EV high-voltage batteries and low-voltage circuits like power steering, seat heating, interior lighting etc. Optimizing the overall energy consumption of EVs to extend the driving rangeOptimizing the overall energy consumption of electric construction vehicles or electric agricultural vehicles to extend the time between chargingIn detail: The LR8536 Wireless Current Module is the interface between up to 5 clamp-on current sensors and the LR8450-01 Data Logger. Each current sensor input has its own signal conditioning which makes it possible to have individual scaling and simultaneous 1 ms recording. The module is exclusively designed to add current logging functionality to the highly versatile LR8450-01 Data Logger. Up to seven LR8536 modules can be connected wirelessly to a single LR8450-01 Data Logger. The module can be used with the ultra-compact yet high-precision current sensors CT7812 and CT7822 as well as with a variety of other HIOKI current sensor types reaching from 2 A to 6 kA. These can be used in any combination in accordance with the application and test requirements, providing extended usability of the data logger. All temperature-compensated HIOKI current sensors with a PL14 connector are suitable to be used in combination with the new LR8536 wireless current module.

The Differential Probe P9000-02 combines waveform monitoring with AC RMS value output, offering increased versatility for high-voltage applications. With the capability to monitor waveforms and RMS values, it is suitable for industrial applications such as electric vehicle battery circuits, solar power systems, and commercial high-voltage circuits. The probe is lightweight, compact, and offers high accuracy across a wide range of operating temperatures, ensuring durability and performance in demanding conditions. Technical Specifications: Measurement Functions: Waveform monitor output and AC RMS value output (switchable) Frequency Characteristics (Wave Mode): DC to 100 kHz, -3 dB Frequency Characteristics (RMS Mode): 30 Hz to 10 kHz RMS Amplitude Accuracy: ±1% f.s. (30 Hz to 1 kHz); ±3% f.s. (1 kHz to 10 kHz) Response Time (RMS Mode): 300 ms (rising), 500 ms (falling) Division Ratio: 1000:1 or 100:1 (user selectable) DC Amplitude Accuracy: ±0.5% f.s. Input Resistance and Capacity: 10.5 MΩ, 5 pF or less (at 100 kHz) Maximum Allowable Input: 1000 V AC/DC Max. Rated Voltage to Earth: 1000 V AC/DC (CAT III) Operating Temperature Range: -40°C to 80°C Power Supply Options: o AC Adapter (Z1008), USB, External DC (2.7V to 15V DC) Dimensions: 128 mm (W) × 36 mm (H) × 22 mm (D) Mass: 170 g Cord Length: Input 70 cm; Output 1.5 m

The Differential Probe P9000-01 is designed to offer superior flexibility for waveform monitoring in high-voltage environments. Ideal for use with Hioki Memory Reorders and Dataloggers, it allows accurate and reliable measurement in various industrial applications, such as electric vehicles, solar power systems, and commercial power circuits. Compact and lightweight, this probe offers 1000 V AC/DC measurements with a choice between 1000:1 and 100:1 division ratios. With a robust operating temperature range, it ensures performance even in challenging conditions. Technical Specifications: Measurement Functions: Waveform monitor output only Frequency Characteristics (Wave Mode): DC to 100 kHz, -3 dB Division Ratio: 1000:1 or 100:1 (user selectable) DC Amplitude Accuracy: ±0.5% f.s. Input Resistance and Capacity: 10.5 MΩ, 5 pF or less (at 100 kHz) Maximum Allowable Input: 1000 V AC/DCMax. Rated Voltage to Earth: 1000 V AC/DC (CAT III) Operating Temperature Range: -40°C to 80°CPower Supply Options: o AC Adapter (Z1008), USB, External DC (2.7V to 15V DC)Dimensions: 128 mm (W) × 36 mm (H) × 22 mm (D) Mass: 170 g Cord Length: Input 70 cm; Output 1.5 m

The SP7001-90 Non-Contact CAN Sensor allows for safe, efficient data acquisition from CAN and CAN FD networks without modifying or damaging the wiring. Designed for automotive development, the SP7001-90 simplifies capturing CAN signals, even in tight spaces, by clipping directly onto the CAN bus cables. This innovative sensor features a capacitive coupling method, ensuring that the CAN bus's electrical characteristics remain unaffected, which is crucial for secure testing and real-time monitoring of vehicle systems. It supports communication speeds up to 3 Mbit/s, making it ideal for advanced driver assistance systems (ADAS) and autonomous driving applications. Technical Details: Measurement Method: Non-contact, capacitive coupling Supported Protocols: CAN, CAN FD Communication Speed: 125 kbit/s to 3 Mbit/s (CAN FD)Operating Temperature Range: -40°C to 85°C Maximum Rated Voltage: 300 V AC/DC (terminal-to-ground) Power Supply: External power supply (10 V to 30 V DC) or Z1008 AC Adapter Dimensions: 44 mm (W) × 85 mm (H) × 20 mm (D) Weight: Approx. 180 g Output Connector: D-sub 9-pin female

The SP7002-90 Non-Contact CAN Sensor allows for safe and efficient data acquisition from CAN networks without the need for direct contact with or modification of the wiring. Designed for automotive testing, the SP7002-90 captures CAN signals with ease, even in tight and complex wiring environments. Its non-intrusive design ensures the integrity of the CAN bus during data capture, making it ideal for vehicle diagnostics and real-time monitoring. The sensor supports communication speeds up to 1 Mbit/s and operates reliably across a wide temperature range, making it suitable for both lab and field environments. Technical Details: Measurement Method: Non-contact, capacitive couplingSupported Protocols: CANCommunication Speed: 125 kbit/s to 1 Mbit/s Operating Temperature Range: -40°C to 85°C Maximum Rated Voltage: 300 V AC/DC (terminal-to-ground)Power Supply: External power supply (10 V to 30 V DC) or Z1008 AC Adapter Dimensions: 44 mm (W) × 85 mm (H) × 20 mm (D) Weight: Approx. 180 g Output Connector: D-sub 9-pin female

The PW3365-20 Clamp On Power Logger offers a revolutionary way to measure voltage, current, and power without the risk of electrical accidents. By using Hioki's innovative non-contact voltage sensor technology, this device eliminates the need for direct metal contact with live parts, ensuring a safer working environment. Ideal for on-site power management, the PW3365-20 also supports the measurement of harmonics and detailed trend analysis, making it perfect for both monitoring and data logging applications. Technical details: Non-contact voltage measurement via the PW9020 sensor Measurement range: Voltage 90 V to 520 V RMS, Current up to 5000 A Harmonic analysis up to the 13th order Data storage on SD card, up to 1 year of continuous recording3-phase 4-wire, 3-phase 3-wire, single-phase 2-wire systems supported Real-time measurement via LAN or USB connection Safety: CAT IV 300V / CAT III 600V • Display: 3.5-inch TFT color LCD