Kobelt 2091 / 2093 - Two Station Mechanical Control System, Bronze & Stainless Steel, Clutch & Throttle, Maximum Stroke 2.47" Throttle, 2.75" Clutch, Multiple Station Configuration

Kobelt 2091 / 2093 - Two Station Mechanical Control System, Bronze & Stainless Steel, Clutch & Throttle, Maximum Stroke 2.47" Throttle, 2.75" Clutch, Multiple Station Configuration

The Kobelt 2091 / 2093 Series is a versatile two-station mechanical control system designed to provide synchronized control across multiple stations. It features one master control head and one remote control head, both moving in tandem to ensure that throttle and clutch adjustments are synchronized at all times. Constructed with durable bronze and stainless steel, the 2091/2093 system is built to withstand the demanding conditions of marine environments while offering smooth and reliable operation.

Ideal for single-engine configurations, the 2091 control head incorporates both clutch and throttle functionality into a single lever. The 2091 also features a pull-out handle to override the throttle when needed. The maximum clutch stroke is 2 3/4" (70mm) and the maximum throttle stroke is 2 1/4" (57mm), with options for 5 throttle cable positions and 2 clutch cable positions. This system requires additional control heads for multi-station configurations and can be paired with 30 Series or 40 Series cables for optimal performance.

• Multi-station capability
• Maximum 2.47" [63 mm] throttle stroke
• Maximum 1.32" [34 mm] clutch stroke
• 5 throttle cable position options
• 2 clutch cable position options
• 7.1" x 3.3" [181 x 85 mm] dash space required
• Durable bronze and stainless steel construction
• Requires additional control head for multi-station setup

The Kobelt 2091 / 2093 system offers enhanced control and versatility for vessels with multiple control stations. The robust build of bronze and stainless steel ensures reliability, and the flexibility of cable position options allows for easy customization based on specific user needs. Perfect for those looking for a durable, high-performance mechanical control system in marine applications.