Faber‑com MAP3L / PMAP3L Marine Joystick (PWM / Voltage Output)

Product Description

The MAP3L (sometimes designated PMAP3L) is a marine‑rated, single-axis, electronic joystick designed to directly output PWM signals (and optionally voltage / ratiometric outputs) for controlling proportional solenoid valves. It is engineered for harsh environments, offering corrosion resistance, sealed electronics, and robust control features for marine or offshore hydraulic systems.

Features & Capabilities

• Dual PWM Outputs
  Provides two independent PWM outputs (A + B) to drive proportional solenoids in both directions (forward / reverse).
• Adjustable Output Parameters
  Users can set minimum current, maximum current, ramp (rise/fall) times (up to ~25 s in 0.1 s steps), and PWM frequency (50 to 300 Hz) per direction.
• Direct Drive
  The joystick is capable of directly driving PWM solenoids without needing a separate driver module (i.e. no external amplifier needed).
• Non‑Contact Sensing
  Uses redundant Hall effect probes to sense the position of a permanent magnet. Since it's non-contact, the system is immune to mechanical wear.
• Marine Construction
  Built for marine applications: stainless materials, anodized surfaces, and full sealing for salt, moisture, and environmental resilience. LED Status Indicator
• A multicolored LED mounted under the panel indicates operating state, power, and fault codes.
• Configuration / Programming
  Parameter adjustments (current limits, ramps, frequency, curve shape, digital I/O) are done via a serial interface using Faber‑com’s configuration tools (e.g., SepSim) and a serial adapter (AISR / PISPR).
• Connector & Wiring
  Standard configuration uses a 20 cm cable with a Deutsch DT04‑8 connector. Operating Conditions
• • Supply Voltage: ~10 to 30 VDC
  • Operating Temp.: –40°C to +70°C
  • Mechanical Travel: ± ~26° lever deflection
  • Ingress Protection: IP67 (when mounted properly)

Typical Applications

• Hydraulic control in marine and offshore equipment (thrusters, winches, stabilizers)
• Joystick-based proportional valve control in wet or corrosive environments
• Systems requiring integrated PWM control without separate driver modules
• Applications where programmability and adaptation are required (via software)