BALLUFF BNS006M INTRODUCTIONIn mechanical single position limit switches without positive opening, a telescoping plunger executes the switching process. With its help, a mechanical switching element is connected in a separate, sealed chamber. The optimal choice of the plunger shape in comb..
BALLUFF BNS006P INTRODUCTIONIn mechanical single position limit switches without positive opening, a telescoping plunger executes the switching process. With its help, a mechanical switching element is connected in a separate, sealed chamber. The optimal choice of the plunger shape in comb..
BALLUFF BNS006R INTRODUCTIONIn mechanical single-position limit switches without positive opening, a telescoping plunger executes the switching process. With its help, a mechanical switching element is connected in a separate, sealed chamber. The optimal choice of the plunger shape in comb..
BALLUFF BNS009H INTRODUCTIONIn mechanical single-position limit switches without positive opening, a telescoping plunger executes the switching process. With its help, a mechanical switching element is connected in a separate, sealed chamber. The optimal choice of the plunger shape in comb..
BALLUFF BNS009J INTRODUCTIONIn mechanical single position limit switches without positive opening, a telescoping plunger executes the switching process. With its help, a mechanical switching element is connected in a separate, sealed chamber. The optimal choice of the plunger shape in comb..
BALLUFF BNS0469 INTRODUCTIONIn mechanical single position limit switches without positive opening, a telescoping plunger executes the switching process. With its help, a mechanical switching element is connected in a separate, sealed chamber. The optimal choice of the plunger shape in comb..
BALLUFF BNS04LT INTRODUCTIONIn mechanical single-position limit switches without positive opening, a telescoping plunger executes the switching process. With its help, a mechanical switching element is connected in a separate, sealed chamber. The optimal choice of the plunger shape in comb..
BALLUFF BSE0005 INTRODUCTIONIn mechanical single position limit switches without positive opening, a telescoping plunger executes the switching process. With its help, a mechanical switching element is connected in a separate, sealed chamber. The optimal choice of the plunger shape in comb..
BALLUFF BSE0008 INTRODUCTIONIn mechanical single position limit switches without positive opening, a telescoping plunger executes the switching process. With its help, a mechanical switching element is connected in a separate, sealed chamber. The optimal choice of the plunger shape in comb..
BALLUFF BSE000E INTRODUCTIONIn mechanical single position limit switches without positive opening, a telescoping plunger executes the switching process. With its help, a mechanical switching element is connected in a separate, sealed chamber. The optimal choice of the plunger shape in comb..
BALLUFF BSE000F INTRODUCTIONIn mechanical single-position limit switches without positive opening, a telescoping plunger executes the switching process. With its help, a mechanical switching element is connected in a separate, sealed chamber. The optimal choice of the plunger shape in comb..
BALLUFF BSE000N INTRODUCTIONIn mechanical single-position limit switches without positive opening, a telescoping plunger executes the switching process. With its help, a mechanical switching element is connected in a separate, sealed chamber. The optimal choice of the plunger shape in comb..
BALLUFF BSE000R INTRODUCTIONIn mechanical single position limit switches without positive opening, a telescoping plunger executes the switching process. With its help, a mechanical switching element is connected in a separate, sealed chamber. The optimal choice of the plunger shape in comb..