Argus HSB Sensor Barriers And HSG Speed Gates

Sensor-controlled passage with automatic door elements in various versions. They provide for convenient contactless passage, even with bags or luggage. The doors close again immediately once the person has passed through, preventing unauthorized passage. Depending on the way the door leaves open, the HSB or the HSG production lines can be selected.

Argus HSB half-height sensor barriers:

HSB half-height speed barriers equipped with fast operating swing doors allowing for high flow rates through the barriers and can be configured individually thanks to the wide range of materials and finishes. Stainless steel housing or transparent glass side walls are available to match the design of the entrance area. Nine standard models and styles are available with some featuring three different lengths of unit with various numbers of sensors, offering different levels of security. Standard and accessible width lanes available across the range. Standard Door heights range from 900, 1200, 1600 and 1800 mm depending on model.

Argus HSG half-height speed gates:

HSG half-height speed gates are equipped with different heights of sliding doors. Further features include high-grade sensors and solid stainless steel housing. When a person passes through the unit, the sliding panels move rapidly into the housing, permitting high frequency of passage.

Additional versions with an increased passage width (for HSB) or automatic swing doors matched to the design (for HSG) provide a barrier-free solution.

Features and benefits:

• High passage frequency and optimum personal protection.

• Convenient, direct passage, even with luggage.

• Attractive, functional stainless steel housing.

• Range of models and styles to suit varying applications.

• Swing door height options (900-1800 mm) to suit application security requirement.

• Acoustic alarm in the event of unauthorised use.

Applications:

• Entrance foyers.

• Restricted access areas such as laboratories.

• Medium security applications.

• Regulated high flow rate applications.