The Hilliard BBH1 Power Unit is a base model that includes on/off and ramped braking modes. With integral manifold mounting and heavy duty pump with fail-safe design, many options are available to customize the system to the specific needs of the application.

The Hilliard BBH2 Power Unit incorporates an engineered hydraulic circuit to control the brake torque during a typical stop. Large capacity hydraulic accumulators provide additional volume for precise control of brake pressure. Equipped with manual overrides and hand pump for power outages, high pressure filtration and control braking mode to meet sophisticated braking system applications.

The H3 Power Unit is Hilliard's most advanced brake control system. With a PID Loop Control, the BBH3 Power Unit is capable of monitoring speed. The Hilliard BBH2 Power Unit incorporates an engineered hydraulic circuit to control the brake torque during a typical stop. Large capacity hydraulic accumulators provide additional volume for precise control of brake pressure. Equipped with manual overrides and hand pump for power outages, high pressure filtration and control braking mode, the BBH3 power unit can be customized to accept other signals that are relevant to the application.

Hilliard BBH4 power unit is suitable for brakes demanding pressures above 3,000 PSI. It includes on/off and ramped braking modes. The power units are highly customizable, allowing customers to specify component types for several items in the system, including the motor, electrical panel, RTD, and pressure transmitter. The unit includes an isolated hand pump specifically useful in power outages.

The Hilliard MK350 is an electromagnetic, fail safe caliper brake. Spring applied, electric released, it is suitable for holding duty and emergency for applications such as conveyors, elevators and cranes. Alternative mounting arrangement: pin mounting, base mounting horizontal and base mounting angle. 

The MK350 is capable of producing a maximum 350 LBF of braking force with up to 210 VDC release voltage and 100 VDC holding voltage. Mounted on pins allowing for axial movement, it has an optional manual release mechanism for a momentarily brake release with a standard open-end or socket wrench.

The Hilliard MK750 is an electromagnetic, fail safe caliper brake. Spring applied, electric released, it is suitable for holding duty and emergency for applications such as conveyors, elevators and cranes. Alternative mounting arrangement: pin mounting, base mounting horizontal and base mounting angle. 

The MK750 is capable of producing a maximum 750 LBF of braking force with up to 210 VDC release voltage and 100 VDC holding voltage. Mounted on pins allowing for axial movement, it has an optional manual release mechanism for a momentarily brake release with a standard open-end or socket wrench.

The Hilliard MK1400 is an electromagnetic, fail safe caliper brake. Spring applied, electric released, it is suitable for holding duty and emergency for applications such as theatrical stage lifts, elevators and cranes. Alternative mounting arrangement: pin mounting, base mounting horizontal and base mounting angle. 

The MK1400 is capable of producing a maximum 1,400 LBF of braking force with up to 210 VDC release voltage and 100 VDC holding voltage. Mounted on pins allowing for axial movement, it has an optional manual release mechanism for a momentarily brake release with a standard open-end or socket wrench.

The Hilliard MK4800 is an electromagnetic, fail safe caliper brake. Spring applied, electric released, it is suitable for holding duty and emergency for applications such as heavy duty lift operations, conveyors, elevators and cranes. Alternative mounting arrangement: pin mounting, base mounting horizontal and base mounting angle. 

The MK4800 is capable of producing a maximum 4,800 LBF of braking force with up to 210 VDC release voltage and 100 VDC holding voltage. Mounted on pins allowing for axial movement, it has an optional manual release mechanism for a momentarily brake release with a standard open-end or socket wrench.