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Extended anode earthing electrode of standard construction Minadags ER-6 RPDKMAUS anode

Low-Voltage Electrical Panels

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FOB, CIF & EXW terms available

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Key Highlights

Made in Russia - engineered for durability
Suitable for challenging environments
Lower cost of ownership than European alternatives
Bulk orders available with volume discounts
Documentation and customs clearance assistance provided

Available Models

Extended anodic earthing electrode of standard construction Minadags ER-6 EPDKMUS anode type Extended anode earthing electrode of standard construction Minadags ER-6 EPDCMAUS anode Extended anodic earthing electrode of standard construction of the MINADAGS ER-6 EPD brand Extended anodic earthing electrode of standard design MINADAGS ER-6 EPDCMAUS brand anode Extended anode earthing electrode of standard construction of MINADAGS ER-6 RPDM anode grade

Description

Extended flexible low-soluble anode earth electrodes (hereinafter - PA) for application in the system of current-pumping anode earths of installations of cathodic protection of metal structures and constructions against underground corrosion in aqueous media. PAs provide long-term, uninterrupted and efficient flow of protective current from the cathodic protection station through the ground to the protected structure. PAs are designed for operation in soils with any specific electrical resistance, especially in soils with high specific electrical resistance (more than 100 Ohm-m). In soils with low resistivity (less than 100 Ohm-m), double-layer PAs with current-carrying sheaths are used, as well as combinations of PAs with distributed or concentrated anode earth electrodes.

Specifications

Type of construction ER-6

Material of the electrically conductive sheath of the operating element P - carbon-filled electrically conductive polyolefin (thermoplastic or reactoplastic)

Conditions of use P - subsurface anode

Design and method of placement E - extended, placed in the ground along the protected structure

Presence and type of electrically conductive carbon backfill (activator) CMA - coke-mineral backfill

Material of the protective casing that holds the backfill in place - abrasion-resistant, moisture-resistant fabric

PA design - standard version

Reinforced design of the working element construction RS - hardened core

Working element length, m 5-600

Nominal outer diameter of the working element on electrically conductive polymer sheath, mm 14,7; 15,8; 17,6; 18,4; 20,1; 18,7; 19,8; 21,6; 22,4; 24,1

Cross-section of copper conductor of the operating element and supply cable, mm² 10; 16; 25; 35; 50.

Tinning of the copper core of the operating element and the lead cable - non-tinned core; l - tinned core.

Length of cable outlet at the beginning of the work item, m any length

Length of cable outlet at the end of the work item, m any length

Note: All specifications are provided by the manufacturer and may be subject to change. Please contact us to confirm the latest specifications before placing your order.

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Delivery & Payment

Shipping Terms

FOB Novorossiysk, Russia CIF Available to major ports worldwide EXW Manufacturer's facility, Russia

Delivery Time

Sea freight: 30-60 days (depending on destination) Air freight: 14-21 days (for urgent orders)

Payment Methods

Letter of Credit (L/C) Wire Transfer (T/T) Escrow Services

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