Kategori: Probes Sensors
Key Features Rated current: 200 A AC/DC Frequency bandwidth: DC to 50 kHz Measurement accuracy DC: ±0.07% rdg. ±0.01% f.s. Operating temp range: −40°C to 85°C, perfect for vehicle testing Clamp conductor diameter: φ20 mm Choose from 5 m/10 m cable length
Accuracy guaranteed: 1 year
| Rated current | 200 A AC/DC |
|---|---|
| Frequency bandwidth | DC to 50 kHz |
| Diameter of measurable conductor | Max. φ20 mm (0.79 in.) |
| Maximum peak current | Up to ±600 A peak are permitted at a temperature of 40°C (104°F) or less and within 1 period of a periodic waveform of 10 ms or more (design value, out of guaranteed accuracy range) |
| Output voltage | 10 mV/A |
| Measurement accuracy | DC : ±0.07% rdg. ±0.01% f.s. 16 Hz ≤ f ≤ 66 Hz : ±0.07% rdg. ±0.007% f.s. Up to 20 kHz specified |
| Operating temperature and humidity range | Sensor, cable: −40°C to 85°C (−40°F to 185°F), 80% RH or less (non-condensing) Relay box: −25°C to 50°C (−13°F to 122°F), 80% RH or less (non-condensing) |
| Temperature coefficient | The following numerical values are added to the measurement accuracy according to the temperature difference with the upper and lower limits of the guaranteed accuracy temperature range (18°C or 28°C [64°F or 82°F]) if operating temperatures are outside the guaranteed accuracy temperature range (23°C±5°C [73°F±9°F]). - Sensor Amplitude accuracy: ±4 ppm of reading/°C (±0.8 ppm of reading/°C Typical) Offset voltage: ±3 ppm of full scale/°C (±0.5 ppm of full scale/°C Typical) - Relay box Amplitude accuracy: ±15 ppm of reading/°C (±5 ppm of reading/°C Typical) Offset voltage: ±1 ppm of full scale/°C (±0.3 ppm of full scale/°C Typical) |
| Effects of conductor position | (For a conductor with an outer diameter of 10 mm) DC: ±0.03% of reading or less (±0.01% of reading Typical) 50 Hz/60 Hz: ±0.04% of reading or less (±0.015% of reading Typical) 1 kHz: ±0.1% of reading or less (±0.04% of reading Typical) 10 kHz: ±1% of reading or less (±0.3% of reading Typical) |
| Power supply | Use Hioki instruments with an ME15W connector |
| Dimensions | Sensor: approx. 149W × 46H × 16.5D mm (5.9W × 1.8H × 0.6D in.) Relay box: approx. 126W × 57H × 20.5D mm (5.0W × 2.2H × 0.8D in.) (excluding protrusions and cable) |
| Weight | CT6833: approx. 500 g (17.6 oz.) CT6833-01: approx. 710 g (25.0 oz.) |
| Output cable length | CT6833: approx. 5 m ([16.4 ft.] including relay box) CT6833-01: approx. 10 m ([32.8 ft.] including relay box) |
| Included accessories | Color labels (for channel identification) ×1, Carrying Case ×1, Instruction Manual ×1, Current Sensor Operating Precautions ×1 |
Key Features Acquire CAN FD/CAN data immediately, simply by pinching probes over wire insulation with one-hand Eliminate concerns by using non-contact sensing technology Use in a diverse array of development and evaluation applications that demand reliability
• Probe kompak untuk lingkungan CAT III 1000V • Mode gelombang: Mengamati bentuk gelombang sesaat • Mode RMS: Amati bentuk gelombang nilai RMS • Area penggunaan utama 1. Sirkuit baterai tegangan tinggi pada EV, HEV, dan mobil lain 2. Sirkuit bertegangan tinggi pada peralatan terkait energi seperti sel fotovoltaik 3. Sirkuit saluran listrik komersial (480 Vrms, dll.) 4. Suara lonjakan tegangan tinggi dari inverter, motor, solenoida, dll.
Key Features Thinner cables are easy to use in confined spaces and with complicated wiring (-01, -02) Shaped so that it’s easy to route through complex wiring Easily supports large current measurements up to 5000 A Wide 10 Hz to 20 kHz band with excellent frequency characteristics Choose from three conductor diameter sizes Combine with Hioki power meters or Memory HiCorders (with BNC input terminals)
Key Features Combined accuracy with HIOKI power analyzer PW8001, PW6001 and PW3390 is specified. For details of combined accuracy, refer to the instruction manual. Measures high-current up to 2000 A for EV, HEV and other electric vehicles Improved noise resistance performance through a stronger shield lets you accurately measure current buried in noise High accuracy measurement realized through flat frequency characteristics and CMRR performance More enhanced environmental resistance performance than ever before lets you measure in -40 to 85°C situations Superior frequency characteristics of DC to 1 MHz (amplitude) Meet a wide range of applications from measuring battery charge/discharge to the secondary side of inverters in photovoltaic power generation and fuel cell evaluation, etc. Monitor waveforms when paired with oscilloscopes or Memory HiCorders and Sensor Unit