DIT1000 high-precision digital current sensor products are a new generation of digital sensors developed and produced by Hangzhi. This product adopts brand-new software and hardware design, can measure single-phase AC and DC current and frequency at the same time. The high-precision digital current sensor provided by Hangzhi for the above equipment plays a key role in the measurement of current in its process control. The digitalized data output reduces the difficulty for customers to collect current signals and greatly reduced the cost of the customers.
DIT1000 high-precision digital current sensor products are a new generation of digital sensors developed and produced by Hangzhi. This product adopts brand-new software and hardware design, can measure single-phase AC and DC current and frequency at the same time. The high-precision digital current sensor provided by Hangzhi for the above equipment plays a key role in the measurement of current in its process control. The digitalized data output reduces the difficulty for customers to collect current signals and greatly reduced the cost of the customers.
Hangzhi DIT300-SG is a 300 Amp High Precision Digital Current Transducer with an accuracy of 200ppm (200 parts per million). The multi-point zero-flux technology system applied in this high-precision DC transducer enables zero-flux closed loop control of excitation flux, DC flux and AC flux, and can detect high-frequency ripple by constructing a high-frequency ripple sensing channel, so that the transducer can achieve high gains and measuring accuracy over the full bandwidth.
DIT600-SG high-precision digital current sensor products are a new generation of digital sensors developed and produced by Hangzhi. This product adopts brand-new software and hardware design, can measure single-phase AC and DC current and frequency at the same time. The high-precision digital current sensor provided by Hangzhi for the above equipment plays a key role in the measurement of current in its process control. The digitalized data output reduces the difficulty for customers to collect current signals and greatly reduced the cost of the customers.
Supplier: Wireless charger, batteries power bank, dust sensor, optical disc drive, tof, lidar, ar glass
Honeywell BW Solo is a easy to service single-gas detector with BLE connectivity that provides real-time visibility into the status and safety of hazardous-area workers, helping companies respond faster, more knowingly and decisively to safety incidents. The first single-gas detector with the 1 Series sensor for CO, H2S and O2 Features & Benefits: User-friendly operation, Easy-to-read display for multiple languages, Lightweight convenience, Ease of maintenance, Serviceability, The new 1-Series sensor for enhanced reliability, Connected Bluetooth Low Energy (BLE) capabilities.
The HQ15 100a current probe sensor is designed for easy installed in tight spaces and without the need for dismantling the primary busbar or cables. The sensing head uses sliding push-fit clamp structure, safety isolation to avoid the user to contact with charged objects directly. It complies with CE standards and meets 300V CAT III safety class. This model HQ15 current sensor is a high accuracy mini current probe for measurements up to 130A AC. This current probe uses a special magnetic core to provide higher accuracy and lower phase shift. The HQ15 Series is an excellent probe sensor to be used in power and low level current measurement applications. FEATURES UL, CE CNAS mark Excellent linearity High content permalloy core Holding wire diameter: 15mm Frequency 10Hz-5kHz Bandwidth High time harmonics measurement Easy &quick installation in tight spaces; Measurement range of 1mA to 130A AC; Low phase shift for power measurement; Â EN 61010-2-032 , 300V CAT III Standard Improved ergonomic design & easy operation; High precision 0.1% for current measurement Flexible and light weights, exquisite appearance;
FEATURES Suitable for 10A-200A cable online measurement. Holding wire diameter: 20mm Dimension: 52.5mm 137.5mm 28mm Load capacity: 4 Installation: clamp type Output mode: lead output PARAMETERS Electrical parameters Ratio 1000: 1 or 2000:1 (customized) Accuracy class 0.1%, 0.2% Primary current 0 - 200A AC Secondary current 0 - 200mA AC (customized) Max. Cont. Input current 240A Load capacity 4 Over voltage category CAT III 600V Output signal (AC current) From 0 to 200mA AC at nominal input current Output signal (AC voltage) From 0 to 2V AC at nominal input current Frequency range 40Hz-2000Hz Dielectric strength 3KV 50Hz/60Hz at 1minute Temperature range -20C to +55C Output 2.5 meter cable with D01 connector Max. voltage not insulated conductors 600 V Standard EN 61010-1, EN 61010-2-032, IEC60044-1 Installation Clamp type Output mode Lead output(2.5m) Mechanical parameters Dimensions (L x W x H) (mm) 52.5 x 137.5 x 28 Weight (g) 400 Holding wire diameter (mm) 20 Max. jaw opening (mm) 20 Jaw color Red, yellow, blue, green, black Material PC+ABS+Polycarbonate, UL94 V0
IIT300-10V is a voltage output sensor. Based on the existing DC sensor technology, it adopts a multi-point zero flux technology system and a high-frequency ripple sensing channel, which has high gain and measurement accuracy within the full bandwidth. Accuracy: 0.02%. Linearity: 50ppm. Current Change Rate: 1V/us. Frequency bandwidth(-3dB): up to 100KHz. Insulation Voltage (Between primary and secondary): 5KV. Operation Temperature Range: -40 ~ 85.
AIT500-SG has a high gain and measurement accuracy in the full bandwidth range, due to theapplicationofthe multi-point zero-flux technology system and high-frequency ripple sensing channel ontopof currentlyexisting DC sensor technology. The multi-point zero-flux technology system secures the high accuracy by utilizing thetechnologycombination of exciting magnetic flux closed-loop control, self-excited magnetic fluxgateandmulti-closed-loop control that realizes the closed-loop control between excitation magnetic fluxandAC/DCmagnetic flux generated by primary current, while the high-frequency ripple sensing channel allowsthesensor to have the high performance over the full bandwidth range.
