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In Home Display (IHD)
Type:
HAD23Overview:
The IHD is an indoor display device which can receive the electricity consumption and alarming from the smart meter and scroll display. Moreover, the IHD can send data requirement and relay connection request by pressing the button. Flexible communication mode is supported, P1 communication or wireless RF communication that can widely use with different energy measurement devices. Multiple type power supply can be used for it. The IHD has the advantage of plug and play, low cost, more flexibility. The users can check the electricity data, power quality in real-time in home. -
DTSD546 Three Phase Four Wire Socket Type (16S/9S) Static TOU Meters
Type:
DTSD546
Overview:
DTSD546 Three Phase Four Wire Socket Type (16S/9S) Static TOU Meters are designed to be used in industrial power systems. The meters support active and reactive energy metering and billing, TOU, maximum demand, load profile and event log. The meters are with CA 0.2 accuracy as specified by ANSI C12.20. Two-way optical communication as per ANSI C12.18/ANSI C12.19 is available. The meters are type approved by UL and are suitable for outdoor installation complying to UL50 Type 3 Enclosure requirement.
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Soft Temper Bare Copper Conductor
Type:
16 mm2/25 mm2Overview:
Manufactured complying with the requirements of the NTP 370.259, NTP 370.251, NTP IEC 60228 standards. Designed to be installed in grounding systems in Transformation Centers, Power Transmission Lines, Primary Distribution Lines and Networks, Secondary Distribution Networks and Distribution Substations. They can withstand adverse weather conditions with the presence of sea breezes and chemical elements in industrial areas, exposed to extreme hot and cold conditions. -
Medium Voltage Copper Cable
Type:
N2XSY (SINGLE-POLE)Overview:
Manufactured according to the standards NTP IEC 60502-2, NTP IEC 60228. Designed to be installed in medium voltage distribution networks, outdoors and subjected to adverse environmental conditions such as pollution by chemical elements in industrial areas and presence of sea breeze, as well as extreme hot and cold conditions. -
Self-Supporting Aluminum Cable
Type:
Caai (Aluminum Alloy Insulated Neutral)Overview:
Designed to be installed in urban and rural overhead distribution networks. Cross-linked polyethylene XLPE allows better current capacity and insulation resistance. Self-supporting Aluminum Cables Type CAAI (Aluminum Alloy Insulated Neutral) with rated voltage Uo/U=0.6/1kV are manufactured in accordance with the Standards NTP370.254 / NTP IEC60228 / NTP370.258, IEC 60104. -
Corrosion Resistance Aluminum Alloy Conductor
Type:
AAACOverview:
Composed of several layers of aluminum alloy wires. Useful for high pollution coastal and industrial regions due to its resistance to corrosion.Widely used in overhead lines.They have good corrosion resistance, lower weight compared to copper cables, long life and low maintenance.They have a good Breaking Load-Weight ratio. -
Silver Electrolytic Copper Expulsion Fuse
Type:
27kV/100A, 38kV/100A, 27kV/200AOverview:
Used in overhead electrical power distribution lines to provide overcurrent protection and visible indication when a fault occurs. Meets the requirements of ANSI / IEEE C37.40/41/42 and IEC60282-2:2008. The expulsion fuse cutouts that we offer are prepared to be installed on the poles of the medium voltage networks of the electric distribution systems. They are prepared for a continuous use regime, withstanding the thermal, dynamic and electrical stresses caused by short circuits and over voltages, as well as to effectively cut short-circuit currents, from the minimum melting current to the maximum that may appear in the worst case under the specified condition -
Pin Type Porcelain Insulator ANSI 56-3
Type:
ANSI 56-3Overview:
ANSI Class 56-3 Porcelain insulators are used in medium voltage distribution lines and overhead distribution substations. They are designed to withstand adverse environmental conditions such as sea breezes and chemical elements present in industrial areas.
They also withstand the thermal, dynamic and electrical stresses caused by possible short circuits, maximum operating voltage and over voltages. -
Pin Type Porcelain Insulator ANSI 56-2
Type:
ANSI 56-2Overview:
ANSI Class 56-2 Porcelain insulators are used in medium voltage distribution lines and overhead distribution substations. They are designed to withstand adverse environmental conditions such as sea breezes and chemical elements present in industrial areas.
They also withstand the thermal, dynamic and electrical stresses caused by possible short circuits, maximum operating voltage and over voltages. -
Suspension Type Porcelain Insulator
Type：
ANSI 52-3Overview:
ANSI Class 52-3 Porcelain insulators are used in medium voltage distribution lines and overhead distribution substations. They are designed to withstand adverse environmental conditions such as sea breezes and chemical elements present in industrial areas. They also withstand the thermal, dynamic and electrical stresses caused by possible short circuits, maximum operating voltage and over voltages. -
Suspension type Polymeric Insulator
Type:
13.8 kV / 22.9 kVOverview:
Suspension type Polymeric Insulators are made of the highest quality materials. The core is made of fiberglass with Fiberglass Round Rod type ECR and the insulating material of housing and sheds of high consistency silicone rubber.
They are designed and manufactured to be installed as supports for overhead lines, suitable to withstand the stresses from the weight and strength of the conductors and the metallic accessories that hold the conductors, to withstand the action of the wind on them and on the elements they support. They withstand the thermal, dynamic and electrical stresses from possible short circuits, maximum operating voltage and over voltages. -
PIN type Polymeric Insulator
Type:
13.8 kV / 22.9 kVOverview:
Pin type Polymeric Insulators are made of the highest quality materials. The core is made of fiberglass with Fiberglass Round Rod type ECR and the insulating material of housing and sheds of high consistency silicone rubber.
They are designed and manufactured to be installed as supports for overhead lines, suitable to withstand the stresses from the weight and strength of the conductors and the metallic accessories that hold the conductors, to withstand the action of the wind on them and on the elements they support. They withstand the thermal, dynamic and electrical stresses from possible short circuits, maximum operating voltage and over voltages.
