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Sale!
EP Solar Tracer Series MPPT
Tracer series controller adopts latest MPPT technology (Maximum Power Point Tracking) and advanced tracking algorithm to make the solar module operate at ideal voltage which the solar modules can produce the maximum available power. Compared to conventional PWM controller, MPPT technology increases the charge efficiency upto 30% and potentially decrease the power of solar array needed. The ability to step-down the higher voltage solar module to recharge a lower voltage battery bank greatly increases system design flexibility. The cable size can be reduced because of the small current from the solar array.Product features:
+  MPPT technology +  Peak conversion efficiency of 97% +  High Tracking efficiency of 99% +  Several seconds tracking speed +  4-Stage charge with PWM output +  Nature convection cooling +  Full power output in ambient temperature up to 45 ℃ +  Temperature compensation +  Sealed, Gel and Flooded battery option +  Widely used, automatically recognize day/night +  Diversified load control +  RJ45 interface &optional meter +  1 year warranty +  CE certificate ÂFeel free to contact us: Mobile: 0344 3813810
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Sale!
EP Solar Tracer Series MPPT
Tracer series controller adopts latest MPPT technology (Maximum Power Point Tracking) and advanced tracking algorithm to make the solar module operate at ideal voltage which the solar modules can produce the maximum available power. Compared to conventional PWM controller, MPPT technology increases the charge efficiency upto 30% and potentially decrease the power of solar array needed. The ability to step-down the higher voltage solar module to recharge a lower voltage battery bank greatly increases system design flexibility. The cable size can be reduced because of the small current from the solar array.Product features:
+  MPPT technology +  Peak conversion efficiency of 97% +  High Tracking efficiency of 99% +  Several seconds tracking speed +  4-Stage charge with PWM output +  Nature convection cooling +  Full power output in ambient temperature up to 45 ℃ +  Temperature compensation +  Sealed, Gel and Flooded battery option +  Widely used, automatically recognize day/night +  Diversified load control +  RJ45 interface &optional meter +  1 year warranty +  CE certificate ÂFeel free to contact us: Mobile:030 77 381 381
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Feel free to contact us: Mobile:030 77 381 381 Morningstar’s TriStar MPPT solar controller with TrakStar Technology™ is an advanced maximum power point tracking (MPPT) battery charger for off-grid photovoltaic (PV) systems up to 3kW. The controller provides the industry’s highest peak efficiency of 99% and significantly less power loss compared to other MPPT controllers. The TriStar MPPT features a smart tracking algorithm that maximizes the energy harvest from the PV by rapidly finding the solar array peak power point with extremely fast sweeping of the entire I-V curve. This product is the first PV controller to include on-board Ethernet for a fully web-enabled interface and includes up to 200 days of data logging. -
Feel free to contact us: Mobile: 030 77 381 381 -
Out of stock
Feel free to contact us: Mobile:030 77 381 381 High efficiency ∙ Wide input voltage range ∙ Three-phase, symmetrical grid feeding ∙ Integrated data logger ∙ Firmware update possible ∙ Integrated DC circuit breaker ∙ Robust metal casing ∙ Suitable for outdoor installation -
Feel free to contact us: Mobile: 0344 3813810- True-RMS
- 600 A AC/DC
- Works with iFlex flexible current probes
- 3 years Warranty
- CAT IV 600, CAT III 1000 V
- iFlex 2500 A AC
- 1000 V AC/DC
- mV DC
- 60 kΩ
- 1000 μF
- 18-inch iFlex flexible current probe – i2500-18
- TL75 test leads
- Coated instruction card
- Safety information sheet
- Soft carrying case
- Two AA Alkaline batteries
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Feel free to contact us: Mobile: 0344 3813810 The Fluke 360 leakage tester is a rugged and accurate solution for leakage current measurement. Ideally designed for non-invasive checks of insulation condition, the Fluke 360 leakage meter allows you to perform tests without powering down the installation or disconnecting equipment – saving you time, without compromising on quality or safety. The unique jaw design of the Fluke 360 AC Leakage Current Clamp Meter eliminates the influence of adjacent current conductors, and measure leakage current down to 1 µA for monitoring of insulation and makes it ideal for checking insulation of low-voltage circuits and electrical components.. The ergonomic design of the Fluke 360 ensures easy measuring. The measuring clamp fits into tight spaces and the wide display angle clearly shows the measured value on the display after removing the clamp for the measured conductor. The Fluke 360 minimizes the effects of external magnetic fields, even at low currents. This allows you to perform accurate and reliable tests in today’s crowded electrical environments. The tough and high-quality jaw design of the Fluke 360 leakage tester guarantees high stability for long-term repeatability and durability. Why leakage current testing? Leakage currents can be an indicator of the effectiveness of insulation on conductors. High levels of leakage current may be present in circuits where either the insulation resistance is low, or electronic equipment with filters is used. Leakage currents can cause disruptions of the normal operation of equipment and installations. It is possible to locate the source of leakage currents by using the Fluke 360 leakage current clamp meter and taking methodical measurements throughout the installation. The big advantage of leakage current testing versus insulation testing is that the installation and equipment do not need to be powered down but can be done during normal operation. What’s Included:- Soft carrying pouch
- Users manual in languages: English, French, Spanish, German, Italian, Portuguese, Simplified Chinese
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Feel free to contact us: Mobile: 0344 3813810 Industrial plants and large facilities often have equipment and installations that draw greater than 1000 A. As with other current measurements, it is not practical to disconnect the equipment to make a series of current measurements. The ability to check that an expensive system has been installed correctly, troubleshoot large loads, and make accurate measurements on UPS and Variable Frequency drives with noisy loads is also essential. In industrial settings, compliance with NFPA 70E safety standards, while making measurements, is critical. Fluke has addressed this by designing this product to meet CAT IV 600 V and CAT III 1000 V ratings. Confidently take reliable readings with the Fluke 353 AC/DC True-rms Clamp Meter – the tool of choice for high-current clamp-on amp meter measurements up to 2000 A. The extra-wide jaw easily clamps around large conductors, typically found in high-current applications and the extra rugged design has an extra element of user protection when taking high-powered measurements. Accurate peak measurements can be taken using the in-rush current mode, ideal for motors and inductive loads. Applications: Industrial plants and facilities Building maintenance, e.g. universities, hospitals, large offices, correctional institutions Plant works, e.g. power, pharmaceutical, printing, automotive assembly Manufacturing and process facilities Refineries Steel mills and other metal manufacturing plants Large DC systems such as DC electroplating, or marine electrical systems What’s Included: Fluke C43 Soft Carrying Case 6 AA batteries Users manual 3 year warranty -
Feel free to contact us: Mobile: 0344 3813810- Auto Power Off
- Weight 230 g (8oz)
- 2 Years Warranty
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The Fluke 1625 is intended for electrical utility or other high frequency environments as it has extra versatility for more demanding applications. The Fluke 1625 is a distinctive earth ground tester that can perform all four types of earth ground measurement. Not only measure ground resistance using the classic ‘fall of potential test’ but also enable time saving testing using the ‘selective’ and ‘stakeless’ methods. ‘Selective’ testing does not require the electrode under test to be disconnected during the measurement, thus increasing safety. The simple ‘stakeless’ method quickly checks ground connections using two current transformers (probes) clamped around the ground conductor under test. Testing Methods- 3- and 4-Pole Fall of Potential – standard earth ground testing using two ground stakes
- 4-Pole Soil Resistivity testing – determine soil resistivity using four ground stakes
- Selective testing – without disconnecting ground rods, a technician can measure ground resistance using a combination of stakes and a clamp.
- Stakeless testing – innovative solution using only clamps, instead of ground stakes, to measure earth ground loop resistance.
- Automatic Frequency Control (AFC) – identifies existing interference and chooses a measurement frequency to minimize its effect, providing a more accurate earth ground value.
- R* measurement – calculates earth ground impedance at 55 Hz to more accurately reflect the earth ground resistance that a fault-to-earth ground would see.
- Adjustable limits – for quick test result verification.
- Designing earth ground systems
- Installing new ground system and electrical equipment
- Periodically testing ground and lightning protection systems
- Installing large electrical equipment such as transformers, switchgears, machines, etc.
- Fluke 1625 tester
- 2 test leads
- 2 alligator clips
- 4 earth ground stakes
- 3 cable reels with wire (2-25 m, 1-50 m)
- selective/stakeless clamp set (one inducing, one sensing)
- Batteries
- Users manual
- Rugged carrying case
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Feel free to contact us: Mobile: 0344 3813810 -
Feel free to contact us: Mobile: 0344 3813810 -
Feel free to contact us: Mobile: 0344 3813810 -
Feel free to contact us: Mobile: 0344 3813810
Call Us Today! (+92 307-7381381, +92 321-1818381) | buysolarpakistan@gmail.com
