IME, Current Transformer for Low Voltage Grid Measurements for Push Through Busbar, Primary Current: 150 A, Secondary Current: 5 A, Cable Cross Section: 27 mm², Accuracy Class: Kl 0.5-1, TA32750C150

• Pushthrough current transformer for cables or rail bushing in the low-voltage network: primary current 150A, secondary current: 5A
• Accuracy classes: Kl. 0.5: 3VA | class 1: 4VA
• Cable / rail feed-through window size: rails: 32.5 x 10.5 mm + 25.5 x 15.5 mm | cable: diameter 27 mm²
• Converter connections: the screw terminals of the transducers are marked with 2 common designations: Primary circuit P1(K) - P2(L) secondary circuit s1(k) - s2(l)
• Transducer housing made of self-extinguishing polycarbonate, protection class (EN60529): IP40 & IP20 with sealable clamping base, profile type: 35 mm rail TH35-15 | dimensions: 80 x 56 x 71 mm (H x W x D)

Low voltage converters: In industry, current transformers are the first link in the measuring chain for the detection of electrical sizes. By measuring the secondary current, they allow precise conclusions on the flowing current in the primary circuit. Their use is sufficient from simple devices such as For example, analogue displays, to highly complex devices, such as transformers, energy meters, multifunction indicators, and ultimately also in monitoring systems. Applied standards: EN/IEC 61869-1, 61869-2 Technical data: - Primary rated current Ipr: 50. . 600A - Rated frequency: 50Hz - Working Frequency : 4763Hz - Option : Rated Frequency 400Hz (Burden to define) - Thermal Rated Continuous Current Icth: < 100% Ipr - Thermal Continuous Current Ith: < 60Ipr - Dynamic Limit Current: Idyn: 2, 5Ith - Safety Factor (FS): ≤ 5 - Secondary Current Isr: 5-1A - Burr: 1, 5. . 20VA (see table) - Accuracy: 0, 5 - 1 - 3 (see table) - Max. Power dissipation: ≤ 7W @ Icth - Max. Temperature of cable / rail : 125 °C.