A hydraulic mount apparatus (20, 220) comprising: a housing (22, 222) having an upper portion (26, 226) and a lower portion (24, 224) disposed on a center axis and defining a housing chamber (30, 32, 34, 230, 232, 234); a partition member (72, 272) disposed in said housing chamber (30, 32, 34, 230, 232, 234) dividing said housing chamber (30, 32, 34, 230, 232, 234) into a pumping chamber (30, 230) and a receiving chamber (32, 34, 232, 234) with said pumping chamber (30, 230) being between said upper portion (26, 226) and said partition member (72, 272) and said receiving chamber (32, 34, 232, 234) being between said lower portion (24, 224) and said partition member (72, 272); a decoupler (74, 274) including a magnetic actuator (104, 304) attached to said partition member (72, 272) separating said pumping chamber (30, 230) and said receiving chamber (32, 34, 232, 234); a moving member (114, 314) of elastomeric material disposed in said pumping chamber (30, 230) attached to said decoupler (74, 274); and said moving member (114, 314) including at least two magnetic inserts (142, 144, 342, 344) disposed in said moving member (114, 314) and spaced from one another to move said moving member (114, 314) from a first position to a second position in response to a magnetic field with said first position being defined as said moving member (114, 314) being spaced from said decoupler (74, 274) and said second position being defined as said moving member (114, 314) being attached to said decoupler (74, 274), characterized in that said decoupler (74, 274) includes a core (96, 296) and a sleeve (88, 288) and said at least two magnetic inserts (142, 144, 342, 344) include a first magnetic insert (142, 342) and a second magnetic insert (144, 344) with said first magnetic insert (142, 342) being disposed adjacent to said sleeve (88, 288) and said second magnetic insert (144, 344) being disposed adjacent to said core (96, 296) and radially spaced from said first magnetic insert (142, 342). a housing (22, 222) having an upper portion (26, 226) and a lower portion (24, 224) disposed on a center axis and defining a housing chamber (30, 32, 34, 230, 232, 234); a partition member (72, 272) disposed in said housing chamber (30, 32, 34, 230, 232, 234) dividing said housing chamber (30, 32, 34, 230, 232, 234) into a pumping chamber (30, 230) and a receiving chamber (32, 34, 232, 234) with said pumping chamber (30, 230) being between said upper portion (26, 226) and said partition member (72, 272) and said receiving chamber (32, 34, 232, 234) being between said lower portion (24, 224) and said partition member (72, 272); a decoupler (74, 274) including a magnetic actuator (104, 304) attached to said partition member (72, 272) separating said pumping chamber (30, 230) and said receiving chamber (32, 34, 232, 234); a moving member (114, 314) of elastomeric material disposed in said pumping chamber (30, 230) attached to said decoupler (74, 274); and said moving member (114, 314) including at least two magnetic inserts (142, 144, 342, 344) disposed in said moving member (114, 314) and spaced from one another to move said moving member (114, 314) from a first position to a second position in response to a magnetic field with said first position being defined as said moving member (114, 314) being spaced from said decoupler (74, 274) and said second position being defined as said moving member (114, 314) being attached to said decoupler (74, 274), characterized in that said decoupler (74, 274) includes a core (96, 296) and a sleeve (88, 288) and said at least two magnetic inserts (142, 144, 342, 344) include a first magnetic insert (142, 342) and a second magnetic insert (144, 344) with said first magnetic insert (142, 342) being disposed adjacent to said sleeve (88, 288) and said second magnetic insert (144, 344) being disposed adjacent to said core (96, 296) and radially spaced from said first magnetic insert (142, 342).