Product Sheet
Products Lists | T80.0x Series
T9103T9105

T80.01
T80.03

Techmarine autopilits range, dedicated to people who wants products easy to use, top quality and efficiency.

DOWNLOAD MANUAL 80.01 (ENG)
DOWNLOAD MANUAL 80.03 (ENG)

SCARICA MANUALE 80.01 (ITA)
SCARICA MANUALE 80.03 (ITA)

TM5x Series
TM7x Series
T5x.05 Series
TM11
T55.09
T59.01
T59.05
T59.09
TM5cx Series
TM7cx Series
Radar T72.0x Series
BBFF 50/200Khz 1000W T15.06
WAAS/EGNOS/MSAS GPS T01.03
RT-MOB
Autopilots T80.0x Series
NMEA Repeaters T91.0x Series
Product Description T80.01 - T80.03

The T80.01 and T80.03 autopilots with intelligent, self-tuning software, (and rate gyro compass with T80.01) offer all the features you need for accuate course-holding and performance reliability in any sea conditions. Both pilots are suitable for either power or sailing vessels from 6m - 40m.

The difference between the two models comes down to whether you prefer to turn a knob to change course (T80.03) or to press buttons on a touch-control panel (T80.01).

The rate gyro compass maximises autopilot performance and minimises the effects of acceleration, roll and pitch. The combination of these two features means that T80.01 is able to steer a more accurate course with less rudder movement resulting in lower power consumption and less wear and tear on the vessel's steering system.

Simple to operate, the T80.01 offers skippers the convenience and reliability of an extra hand on the helm.

Both unit have all the features you need to hold course in all sea conditions.

All settings are automatically saved to nonvolatile memory.

The T80.03 works on both 12 and 24 VDC systems and with its large display digits draws only 0.035 amps and only 0.075 amps with full backlighting. 

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Summary of Features T80.01

  • Large graphic display: rudder angle, backlit LCD with wide viewing angle, on-screen display of GPS information in a compact, waterproof 110 x 110mm case
  • Intelligent, self-tuning software: automatically adjusts for speed, sea conditions and trim
  • Interfaces: GPS, wind instruments, digital compass information
  • Autotack, autogybe with adjustable angle
  • Rate Gyro Compass: accurate courseholding, reduced fuel consumption, performance stability
  • Auto/manual compass calibrations
  • Drive options: linear, hydraulic, rotary, solenoid
  • Remote options: second station, remote steering, jog lever, electric steering.

 

Summary of Features T80.03

  • Intelligent, self-tuning software - automatically adjusts for speed, sea conditions and trim
  • Rate Gyro Compass: accurate course holding and reduced fuel consumption
  • interfaces - GPS, wind instruments, digital compass information
  • Autotack, autogybe with adjustable angle
  • Auto/manual compass calibrations
  • Graphics display showing rudder angle, backlit LCD and on-screen display of GPS information.
  • Drive options: linear, hydraulic,l rotary, and solenoid
  • comprehensive range of remote steering options including second station, remote steering, jog lever, electric steering

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Technical Specifications T80.01

  • Supply Voltage Range nominal): 12 to 14V dc
  • Maximum Supply Voltage Range: 10 to 16V dc
  • Supply Current:
    • Basic system in STANDBY: 0.33A
    • Add for Controller 2: 0.15A
    • In Pilot with 20% duty: 2.5A
  • Compass: Fluxgate in damped suspension
    • Typical deviation: 2.5 deg rms.
  • Rudder Transducer: Potentiometer type
  • Rudder position accuracy: 1 deg.
  • Max rudder angle: +/- 60 deg.
  • Clutch drive: 1V below the supply voltage at 1A
  • Steering Drive:
    • Output for 12V supply: 10V at rated load
    • Output for 24V supply: 22V at rated load
    • Max continuous current 16A
    • Max current for 15 sec.: 20A
    • Max current for 1 sec.: 40A
  • Mechanical drive steering: motor Printed rotor with gearbox and electromechanical clutch.
  • Torque:
    • 12V unit: 120kg-cm at 30 rpm/5A.
    • 24V unit: 150kg-cm at 40 rpm/7.5A.
  • Hydraulic drive systems: See manufacturers' specs.
  • Recommended response times:
    • Hull length up to 11mt: 8 sec. for -20 to +20 deg swing.
    • Hull length 11 to 13m: 10 sec. for -20 to +20 deg swing.
    • Hull length above 13m: 12 sec. for -20 to +20 deg swing.  

Navigation Interphace

NMEA PORTS
Data format and sentences to comply with NMEA0183 V3.00

  • Serial data format:
    • Baud Rate: 4800
    • Character format: start bit, 8 data bits, LSB first, MSB (bit 7) = 0, no parity bit, 1 or 2 stop bits
    • Polarity:
      • Idle, stop bit,logic'1': Line A < 0.5V above line B.
      • Start bit, logic '0': Line A > 4V above Line B.

INPUT/OUTPUT PORTS

  • Input port(s): Isolated via optocoupler
    • Input res istance: 1000 ohm min.
  • Output port: Non-isolated differential output
    • Output voltage: 18 V p-p (typical)
    • Source resistance: 1500 ohm max

AUTOMATIC SENTENCE SELECTION
For navigation inputs, the system looks for groups of sentences in this order:

  • RMB
  • APB
  • APA
  • BOD and XTE

The search stops when the first sentence in the list is found. If it reaches BOD/XTE, and only one of these is present, the autopilot operates from the data in that sentence.
For wind vane inputs, the system looks for sentences in this order:

  • MWV
  • VWR

Note that the MWV sentence should contain the symbol R following the wind angle field.

For a digital heading input, the system looks either for the HDG or HDT sentence,
depending on which one is selected in the Menu 3 option. Variation and deviation
fields are not read.

OUTPUT DATA
The system outputs heading data in either the IIHDG sentence (without deviation or
variation data) or as IIHDT, using the magnetic variation set within the autopilot. The
repetition rate is a minimum of 8 per second.

 

Technical Specifications T80.03

  • Supply Voltage Range nominal): 12 to 14V dc
  • Maximum Supply Voltage Range: 10 to 16V dc
  • Supply Current:
    • Basic system in STANDBY: 0.33A
    • In Pilot with 20% duty: 2.5A
  • Compass: Fluxgate in damped suspension
    • Typical deviation: 2.5 deg rms.
  • Rudder Transducer: Potentiometer type
  • Rudder position accuracy: 1 deg.
  • Max rudder angle: +/- 60 deg.
  • Clutch drive: 1V below the supply voltage at 1A
  • Steering Drive:
    • Output for 12V supply: 10V at rated load
    • Max continuous current: 16A
    • Max current for 15 sec.: 20A
    • Max current for 1 sec.: 40A
  • Mechanical drive steering: motor Printed rotor with gearbox and electromechanical clutch.
  • Torque:
    • 12V unit: 120kg-cm at 30 rpm/5A.
  • Hydraulic drive systems: See manufacturers' specs.
  • Recommended response times:
    • Hull length up to 11mt: 8 sec. for -20 to +20 deg swing.
    • Hull length 11 to 13m: 10 sec. for -20 to +20 deg swing.
    • Hull length above 13m: 12 sec. for -20 to +20 deg swing.

Navigation Interphace

NMEA PORTS
Data format and sentences to comply with NMEA0183 V3.00

  • Serial data format:
    • Baud Rate: 4800
    • Character format: start bit, 8 data bits, LSB first, MSB (bit 7) = 0, no parity bit, 1 or 2 stop bits
    • Polarity:
      • Idle, stop bit,logic'1': Line A < 0.5V above line B.
      • Start bit, logic '0': Line A > 4V above Line B.

INPUT/OUTPUT PORTS

  • Input port(s): Isolated via optocoupler
    • Input res istance: 1000 ohm min.
  • Output port: Non-isolated differential output
    • Output voltage: 18 V p-p (typical)
    • Source resistance: 1500 ohm max

AUTOMATIC SENTENCE SELECTION
For navigation inputs, the system looks for groups of sentences in this order:

  • RMB and RMC
  • RMB and GLL
  • APB and GLL
  • APA and GLL
  • BOD and XTE

The search stops on the first complete group. If only one sentence is found from the
above combinations, the autopilot operates from the data in that sentence.
For wind vane inputs, the system looks for sentences in this order:

  • MWV
  • VWR

Note that the MWV sentence should contain the symbol R following the wind angle field.

For a digital heading input, the system looks either for the HDG or HDT sentence, depending on w hich one is selected in the Menu 3 option. Variation and deviation fields are not read.

OUTPUT DATA
The system outputs heading data in either the IIHDG sentence (without deviation or variation data) or as IIHDT, using the magnetic variation set within the autopilot. The repetition rate is a minimum of 8 per second.

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