Below are the available bulk discount rates for each individual item when you purchase a certain amount
These waterproof connectors are the real OEM parts common on all Triumph and some EU motorcycles. They are NOT the cheaper knockoff's from China!
AMP Econoseal J Series Connectors Mark II(+) have been developed for use in auto-mobile engine compartments and other applications where waterproof protection and rugged construction are required for electric connections. Waterproof protection with these connectors is achieved by means of a wire seal which is inserted on the wire and crimped in the insulation support of the contact simultaneously with contact crimping. This system also has a plug to seal up the unused contact cavity and a seal ring preloaded in the plug housing. Both the wire seal and cavity plug have 3 parallel ridges on their external circumference for ease of insertion into the housing cavity. One of the major features of these products is that insertion force of contacts into the housing is reduced by bevelling the edge of the ridge of both the wire seal and cavity plug and making the diameters of the 2 front ridges smaller than that of the 1 rear ridge. Another important feature lets the trapped air out whenever internal pressure has risen excessively due to changes in temperature and atmospheric pressure.
In addition, the Mark II(+) Connector has a plate inserted in its housing to detect half-mating of contacts, increase their retention, provide a double tab-lock function and prevent damage of contacts at mating/unmating. All sealing surfaces of the housing are located inside and as a result waterproof capability remains intact even when damage has been inflicted on the connector during harness-assembling operations. Mark II(+) Connectors can be assembled easily and fast.
Leakage current: 100 μA max.
Low level resistance: 0.003 Ohms max(initial), 0.010 Ohms max(final).
Contact termination resistance: 0.003 Ohms max(initial), 10 m max(final).
Sealing rate: 0.5 kg/cm2(initial), 0.3 kg/cm2(final).
Insulation Resistance: 1,000,000 OhmsIinitial).
Dielectric Strength: 1000 VAC for one minute.