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Wani alama yana kula da tsari mai kyau na zane da cikin ƙarfin da ake iya gudanar da suka daɗe, da kuma da ba a tafara ingantaccen jiki, baya da sunan IEC da NEC. Yana taimakawa waɗannan da suka yi waɗannan hanyoyi: DC, AC tsohuwa, biyu na tsohuwa, da uku na tsohuwa (3-kwafi/4-kwafi), sama da kabilu masu shiga da kuma hanyoyin tsari daban-daban. Tsari Mai Kafa Nau'in Kirkiro: Kirkiro Dukkanta (DC), AC tsohuwa, biyu na tsohuwa, ko uku na tsohuwa (3-kwafi/4-kwafi) Barazan (V): Fara barazan tsohuwa-tushen bayanai don tsohuwa, ko tsohuwa-tsohuwa don wasu tsohuwa Barazan Inganci (kW ko VA): Barazan mai kafa ta abubuwan da ake shiga Ma'adonin Barazan (cos φ): Nisa ga barazan mai kafa zuwa barazan mai kafa mai wuce, a kan 0 zuwa 1 (ma'aikata: 0.8) Tsari Mai Kafa (mm²): Tsari mai kafa na kayan abu Kabilu Masu Shiga: Kayan abubuwa da kamar tsari, ƙarfi, da mutanen kayan abu za su iya amfani da su a cikin kabilu; tsari mai kafa mai daidaito ce sumuwar ƙarfin kabilu Haɗa Barazan (% ko V): Ƙarfin haɗa barazan mai kyau (misali, 3% don lalace, 5% don mawaki) Mutanen Kayan Abubuwa: Tasa (Cu) ko Alusamini (Al), wanda ke taimaka wa ƙarin barazan Nau'in Kabilu: Tsohuwa: 1 kayan abu Biyu na tsohuwa: 2 kayan abubuwa Uku na tsohuwa: 3 kayan abubuwa Nalabi na tsohuwa: 4 kayan abubuwa Dumi na tsohuwa: 5 kayan abubuwa Wasu na tsohuwa: 2 ko da ƙarin kayan abubuwa Yawan Ƙarfi (°C): Baya da nau'in jiki: IEC/CEI: 70°C (PVC), 90°C (XLPE/EPR), 105°C (Jiki Mai Zane) NEC: 60°C (TW, UF), 75°C (RHW, THHN, etc.), 90°C (TBS, XHHW, etc.) Amsa Ƙarfin ƙarfi mai kyau na kabilu (mita) Haɗa barazan mai yiwuwa (% da V) Barazan kayan abu (Ω/km) Barazan mai kafa (Ω) Malami: IEC 60364, NEC Article 215 An samun wannan don inyinin mai sarrafa da manajan wiring layouts da kuma ƙara ƙarfin barazan mai kyau a cikin abubuwan da ake shiga.

Wani aikace ɗaya ya kula kayayyakin karamin hanyar (I²R losses) a cikin kabluka saboda gaba da kan karamin hanyar, duk da IEC da NEC standards. Yana taimaka wa DC, single-phase, two-phase, da three-phase systems, kaɗan bayan parallel conductors da insulation types na dama. Input Parameters Current Type: Direct Current (DC), Single-phase AC, Two-phase, ko Three-phase (3-wire/4-wire) Voltage (V): Enter phase-to-neutral voltage for single-phase, or phase-to-phase for polyphase Load Power (kW or VA): Rated power of the connected equipment Power Factor (cos φ): Ratio of active to apparent power, between 0 and 1 (default: 0.8) Wire Size (mm²): Cross-sectional area of the conductor Conductor Material: Copper (Cu) ko Aluminum (Al), affecting resistivity Parallel Phase Conductors: Conductors with same size, length, and material can be used in parallel; total permissible current is sum of individual core ratings Length (meters): One-way distance from supply to load Operating Temperature (°C): Based on insulation type: IEC/CEI: 70°C (PVC), 90°C (XLPE/EPR), 105°C (Mineral Insulation) NEC: 60°C (TW, UF), 75°C (RHW, THHN, etc.), 90°C (TBS, XHHW, etc.) Output Results Conductor Resistance (Ω/km) Total Circuit Resistance (Ω) Power Loss (W or kW) Energy Loss (kWh/year, optional) Voltage Drop (% and V) Temperature correction for resistance Reference Standards: IEC 60364, NEC Article 310 Designed for electrical engineers and installers to evaluate circuit efficiency, energy consumption, and thermal performance.

Ita na ɗaya ya kula ake magana da sunan da sha'awa ta hanyar tsari, kamar IEC 60364-5-52, tare da paramatar kamar yawan karkashin kwabtaka, fassara, da kuma ɗalilin hanyar. Paramatar Da Duka Na'urar Karamin Kwabta: DC, AC mai sauƙi, biyu sauƙi, ko uku sauƙi (3-kwabo ko 4-kwabo) Fassara (V): Sauƙi zuwa ɗaya (mai sauƙi) ko sauƙi zuwa sauƙi (sauƙuka) Karkashin Kwabtaka (kW ko VA): Yawan karkashin alaƙa Ma'anar Karkashin Kwabtaka (cos φ): Tsarin 0–1, ma'anar daɗi 0.8 Ɗalilin Hanyar (mita): Fadada daga maimaita zuwa alaƙa Yawan Gajarta Mai Faɗa (% ko V): Tushen 3% Fassarar Gida (°C): Ya haɗa da yawan karkashin tsarin Aikin Tsarin: Kofi (Cu) ko Alumini (Al) Nau'in Nafin: PVC (70°C) ko XLPE/EPR (90°C) Tsarin Samun Aiki: misali, samun waje, a cikin kofin, ko fito (daidai na IEC Table A.52.3) Miyayin Hanyoyin Da Sune Cikin Kofin: An amfani da shi don faɗa masu gajarta An samu duk tsari da suka dogara a cikin kofin? In ba da shawar da tsari da suka dogara da 1.5 mm²? Abubuwan Da Aka Samu Shawarwar tsari da suka dogara (mm²) Miyayin tsari da suka dogara (idanni) Yawan karkashin tsarin (A) Yawan gajarta mai faɗa an sanar (% da V) Yakin kuɗi da IEC standard requirements Tsarin da aka shahara (misali, B.52.2, B.52.17) Ita na ɗaya ya zama don muhimmiyar da mai samun aiki, da suka yi, da kuma masu ilimi don karɓar da shawarwar tsari da suka dogara da tushen daidai.

Wani aiki yana kula DC resistance ta musamman (a ohms) tun daga sakamakon, yanayin, tsari, da na tashar. Ana sanya ita ce copper ko aluminum wires a kan input a mm² ko AWG, tare da automatic temperature correction. Input Parameters Wire Size: Zabi cross-sectional area a square millimeters (mm²) ko American Wire Gauge (AWG); ana gane a standard values Conductors in Parallel: Musamman conductors masu sama suka shiga a parallel; total resistance ya zama divided by the number of conductors Length: Enter actual cable length a meters (m), feet (ft), ko yards (yd) Temperature: Yana iya tasiri a resistivity; enter a degrees Celsius (°C) ko Fahrenheit (°F), auto-convertible Conductor Material: Copper (Cu) ko Aluminum (Al), har da cikakken resistivity da temperature coefficient Cable Type: Unipolar (single conductor) ko Multicore (multiple conductors a one sheath), influencing structural assumptions Output Results DC Resistance (Ω) Resistance per unit length (Ω/km ko Ω/mile) Temperature-corrected resistance value Reference Standards: IEC 60228, NEC Table 8 Ideal for electrical engineers, installers, and students to quickly assess voltage drop and power loss in wiring systems.