FRANZ AIRCRAFT ENGINES...
Range of special accessories by FRANZ AIRCRAFT ENGINES for use in BRP-ROTAX® aircraft engines and other applications.
Accelerometers (aka G-Meters) are used extensively in a wide range of applications including Aviation, Marine, Automotive, Military, and others. They are also used in inertial navigation and guidance systems in airplane and ship autopilots.They help in a better understanding of static, such as gravity, or dynamic forces due to motion or vibration acting on an object.
Original Mechanical and more recent Digital accelerometers, used on civil and military aircraft, measure the instantaneous acceleration (or G-force) of an aircraft and its occupants compared to Earth's standard gravitational pull, in units of "G" (e.g., 1G, 2G). They enable pilots to monitor flight conditions, maintain safety, or practice aerobatics or combat maneuvers. Made by different manufacturers, they are offered as non-certified instruments, for use on experimental and homebuilt aircraft, or certified products, installed on civil transport an military aircraft.
Mechanical accelerometers, separately listed, use traditional components like proof masses, springs, and damping to measure acceleration based on displacement, offering high accuracy and durability for specific applications like flight stabilization and weapons communication. They are often of larger size and more expensive. Digital accelerometers, included in this listing, are often Micromachined Micro-electromechanical (MEMS) systems, integrating sensors with microelectronic circuits for smaller size, lower cost, and high precision, making them ideal for flight stabilization, AHARS, and autopilot systems.
The choice of an accelerometer depends on the application's need for accuracy, size, cost, and resistance to harsh environments.
Please consult the Product Description section and the supplied documentation for more information on different brands of our offered accelerometers.
KANARDIA INDU Series G-Meter gauges form part of INDU diverse family of non-certified gauges for use in ultralight aeroplanes, autogyros and helicopters. They feature a LCD display with possibility to personalise the displays and scales. They are offered as standalone (master) or as slave gauges. Slave versions require some PFD like KANARDIA NESIS, EMSIS, AETOS or HORIS to be present on the bus. These G-Meter gauges are available for two standard panel hole diameters of 57 mm (2.25") and 80 mm (3.15").
Product Specifications:
INDU 57 G 57 mm (2.25") round G-Meter
Size: 62 x 62 x 45 mm
Panel Hole Diameter: 57 mm (2.25") - standard aviation size
Weight 160 g
Power 105 mA
INDU 80 G-80 mm (3.15") round G-Meter
Size: 82 x 82 x 45 mm
Panel Hole Diameter: 80 mm (3.15") - standard aviation size
Weight 210 g
Power 105 mA
Range of special accessories by FRANZ AIRCRAFT ENGINES for use in BRP-ROTAX® aircraft engines and other applications.
UMA Electronic Hydraulic Pressure Gauges are offered in TSO'd and Non TSO'd models and 1-1/4" or 2-1/4" diameters to fit respective aircraft panel openings. They are housed in aluminium or Valox 420 plastic cases (depending on the model) and connect to precision, high pressure transducers which mount directly to the aircraft's hydraulic system. Standard markings are black and white. Recommended for new design projects and applications.
Note: Pressure Transducers (Senders) ARE NOT INCLUDED in the prices of the pressure gauges. They are sold separately and are not TSO'd.
TSO'd Electronic Fuel Quantity gauges from UMA INSTRUMENTS (indicated by the letter "T" in the PN) are offered in 1-1/4 in. and 2-1/4 in. sizes for installation in respective panel hole diameters and mounted with (4) 6-32 screws. Smaller 1-1/4 in. instruments can be cluster mounted as close as 11/2” centers utilizing panel space without compromising readability. They can be powered from 14 or 28 volts. Signals are acquired from remote mounted sensors, processed and displayed on black analog dials with white easy to read markings indicating empty to full fuel level. Each gauge uses rugged aircore meter movement for vibration resistance and repeatability. Available in different versions based on their sender type and range. UMA sensors are sold separately.
The HONEYWELL BENDIX KING® KCS 55A Compass System provides the pilot with a simple, comprehensive visual display of the aircraft's heading and position in relation to a desired course. The system simplifies course orientation, intercept and tracking. Although only the KI 525A Pictorial Navigation Indicator (PNI) and the KA 51B Slaving Control & Compensator Unit appear in the aircraft panel, other remote components of the KCS 55A system include the KMT 112 Magnetic Slaving Transmitter, the KG 102A Directional Gyro for stabilization of the system and optionally the KA 52 or KA 57 Autopilot Adapters making the KCS 55A a complete slaved compass system. Installation parts and manuals of the above components are sold separately. For further information on these components please refer to their individual product presentations. For additional information on KCS 55A and technical specifications please consult the Product Description section.
The HONEYWELL BENDIX KING® components of KCS 55A Compass System can be furnished in NEW condition or as USED in Serviceable or Overhauled conditions indicated respectively by the letters "SV" and "OH" in the product reference numbers (SKU and accompanied by the relevant certification (e.g. yellow tag, 8130-3 form). They are also offered as exchanges / trade-ins for returned customer owned units indicated by the letter "EX" in the SKU. In the case of an exchange/trade-in option of a customer unit, the full selling price of the ordered unit is charged and the core credit is refunded or credited towards future orders when our co-operating supplier verifies that the unit is in a reasonable, repairable condition. It is recommended that this option is selected by our customers mainly for upgrades and only in cases when their units are functioning properly at the time removal from the aircraft. In cases when customer units are found by our supplier to be non-repairable, the core deposit shall not be refunded and shipping charges shall apply if customers wish the return of these units to them.
The Vertical Speed Indicators (VSI) provide an accurate indication of rate of change of altitude.
UMA 8-210 Series Non TSO'd VSIs are offered in 2-1/4" and 3-1/8" versions. They are temperature compensated precision instruments provided with a zero adjustment screw on the face of the case in the seven o' clock position. They are powered by the aircraft static system. They are available in different ranges such as 0-2000 FT, 0-3000 FT, 0-4000 FT, or 0-6000 FT and different dial legends: Vertical Speed, Climb, Rate of Change, Cabin Climb.
3 1/8″ and 2 1/4″ VSIs are available with internal electroluminescent lighting in 3 colors: blue-white, aviation green and red. External DC-AC inverter required. Weight 3 1/8″: 8.8 Oz - Weight: 2 1/4″ 7.4 Oz.
Case: Valox 420 Plastic
Amphenol MS MIL-C-5015 Circular Plug Connectors are designed to meet the demanding performance requirements of military standards. These cable mount circular plug connectors have proven electrical capability for equipment applications where durability is important. The Amphenol plugs have threaded couplings and single key/keyway shell polarization for an accurate and reliable connection. The solid shells of these MS Series circular MIL-C-5015 connectors are made from high grade aluminium alloy. The shells are electrically zinc plated with an olive drab chromate finish which ensures a high resistance to corrosion. The inserts of these military circular connectors are made from resilient synthetic rubber which offers a high dielectric strength and resistance to vibration.
The MS3106A-10SL-3S plug can be used with Turn Coordinator TC02E-3-2 or Turn & Bank Indicator TB02E-2-1.
DAVTRON Μ475 Series 2-Function voltmeter/ammeter digital indicators are FAA-PMA approved and come in 475VA/475VAA models and versions, both with lighting capability. Model M485VA ls made primarily for remote shunts. They are both designed for low current drain ( .001 Amp) and are also used in standby and emergency battery packs. Other features include:
Plus Or Minus Amp Range: 150.0
Plus Volt D.C. Range: 100.0
Sunlight Readable Display
One Tenth Amp Resolution
One Tenth Volt Resolution
1.3" case depth
2-1/4" Standard mount
KELLY MANUFACTURING (RC ALLEN) RCA 15AK series are TSO'd 3-1/8" ( 80mm) electric directional gyros suitable for both fixed wing and rotor wing aircraft.
These precision quartz electric aircraft clocks are constructed for easy installation in a wide variety of replacement applications for home builts. The rugged quartz movement is accurate within 2 sec. in 24 hrs under normal operations and runs accurately in temperatures from -30º to 180ºF. Available in 14 Volt or 24 Volt versions.
Product Specifications:
OD: 2-1/4"
Depth: 2"
Weight: 4 ounces
UMA NON TSO'd mechanical manifold pressure gauges (MPGs) are offered in two series, the conventional 2-1/4" manifold lightweight gauges with a slim design and a single diaphragm and the newer 3-1/8" and 2-1/4" gauges which incorporate a dual diaphragm design improving the longevity and reliability of the instrument. Standard markings are black and white while optional color markings can be ordered. Cases are from cast aluminum or Valox 420 plastic depending on model selected.
4-Pin connector by AMPHENOL for use in all electrical gyros (DG or Horizon) including Falcon models.
The vertical speed indicator is a precision instrument which provides an accurate indication of rate of change of altitude. UNITED INSTRUMENTS TSO'd (TSO-C8b) 7000 Series vertical speed indicators (VSI) offer several configurations and have been selected as standard equipment by aircraft manufacturers worldwide for use in most production aircraft.. They are temperature compensated and provided with a zero adjustment screw on the face of the case in the seven oclock position. Power: Static system. Size: 3-1/8" x 3-1/8" x 4", Wt. 0.7 lb. Available in unlighted and lighted versions.
UMA line of precision electronic pressure senders feature precision, solid state sensors and circuitry to give unequalled performance and are designed for rugged use in just about any environment. They are offered in TSO'd and Non TSO'd models and gauge, differential and absolute types. UMA TSO'd electronic pressure senders are the most economical TSO’d units on the market. They are compatible with avgas, jet fuel, engine oil and many other fluids. Because they have internal voltage regulation, they are compatible with indicating instruments that do not have precision output voltages. Units for fuel and oil pressure are certified under TSO C47. Units for manifold pressure are under TSO C45a. For additional information please refer to the attached documentation.
Accelerometers (aka G-Meters) are used extensively in a wide range of applications including Aviation, Marine, Automotive, Military, and others. They are also used in inertial navigation and guidance systems in airplane and ship autopilots.They help in a better understanding of static, such as gravity, or dynamic forces due to motion or vibration acting on an object.
Original Mechanical and more recent Digital accelerometers, used on civil and military aircraft, measure the instantaneous acceleration (or G-force) of an aircraft and its occupants compared to Earth's standard gravitational pull, in units of "G" (e.g., 1G, 2G). They enable pilots to monitor flight conditions, maintain safety, or practice aerobatics or combat maneuvers. Made by different manufacturers, they are offered as non-certified instruments, for use on experimental and homebuilt aircraft, or certified products, installed on civil transport an military aircraft.
Mechanical accelerometers, included in this listing, use traditional components like proof masses, springs, and damping to measure acceleration based on displacement, offering high accuracy and durability for specific applications like flight stabilization and weapons communication. They are often of larger size and more expensive. Digital accelerometers, separately listed, are often Micromachined Micro-electromechanical (MEMS) systems, integrating sensors with microelectronic circuits for smaller size, lower cost, and high precision, making them ideal for flight stabilization, AHARS, and autopilot systems.
The choice of an accelerometer depends on the application's need for accuracy, size, cost, and resistance to harsh environments.
Please consult the Product Description section and the supplied documentation for more information on different brands of our offered accelerometers.
UNITED INSTRUMENTS 8000/8100 Series Air Speed Indicators (ASI) are FAA TSO'd for installation on certified aircraft.
The 8000 Series ASI indicate the speed relative to the air at sea level altitude. The 8100 Series True ASI indicate the speed relative to the air at sea level or the desired altitude.The indicator has an inner dial to indicate true airspeed. The altitude and temperature are the conversion factors used to obtain this reading with the use of a setting knob.
When properly connected to an airspeed tube, the 8000/8100 Series airspeed indicators measure the differential pressure developed between the pitot and static opening.
The pressure is indicated in units of airspeed mph (M) and/or knots (K).
Product Specifications:
Certification: FAA TSO C2b
Case Configuration: MS33638, 3 inch
Typical Weight: 0.7 pounds
Static, Pitot Pressure Connector: 1/8-27 ANPT
Installation: Removable spring nuts and #6-32 screws
Lighting: Available upon request. All lighted instruments require a light tray sold separately. Please refer to offered SIGMA-TEK 5000B 14V or 28V Light Tray.
The FLYdat Engine Management Unit (EMU) has been specially developed by TL ELEKTRONIC for BRP-ROTAX® aircraft engines for storing & indicating engine operating data including Engine Speed, Cylinder Head temperature (CHT), Exhaust Gas Temperature (EGT), Ambient Air Temperature (not on 912 / 914 engines), Cooling Water Temperature of (only on 582 UL, 618 UL engines), Oil Temperature & Pressure (only on 912 / 914 engines) & hours of operation. It featured 8 sensor input ports, variably occupied according to engine type. In addition, all the input ports were equipped with an alarm, responding when the signalled engine operating value was equal or above the respective stored operating limit. The FLYdat could be used with BRP-ROTAX® 447 UL SCDI, 503 UL DCDI, 582 UL DCDI, 618 UL DCDI, 912/914 DCDI series engines.The engine type, engine number, hour of operation, temperature unit and the respective engine limits could be programmed.
The FLYdat is no longer a listed TL ELEKTRONIC product. It can be replaced by its direct successor, TL ELEKTRONIC Integra TL-6724 Digital EMS, developed in cooperation with BRP-ROTAX®, which forms part of Integra family of Multifunctional Flight Instrument (EFIS) & Engine Monitoring Systems (EMS) for Light Aircraft. FLYdat units in NEW SURPLUS & USED Conditions, and related parts, may still be supplied depending on existing inventories. Other Aircraft Engine Monitoring Systems (EMS) from different manufacturers (listed separately) are also offered and they could also be considered as alternatives.
The Integra TL-6724 multifunctional EMS integrates all primary engine instruments (i.e. Tachometer, Manifold Pressure Indicator, EGT, CHT, Oil and Water Temperature Indicator, Fuel Quantity, Fuel Pressure and Fuel Flow Indicator, Voltmeter, Ammeter, Timer, IAT, OAT etc.) and also propeller control for Constant Speed and Choke Control. Designed for use with all light aircraft engines. Its EFIS counterpart, TL-6524, integrates all primary engine instruments and also includes navigation systems (HSI, CDI with connection to the popular Garmin SL-30 and many others) and worldwide 3-D terrain maps. For a total glass cockpit solution, TL-6624 EFIS & EMS Integra integrates all the features of TL-6524 and TL-6724, while TL-6824 Remote Integra Display is also offered displaying all flight and engine data measured by TL-6524, TL-6624 and TL-6724.
Integra glass cockpit instruments include advanced features such as wide viewing angles, brilliant color and direct sunlight readability, comfortable, user-friendly control of functions,backlight of buttons & sensors for automatic dimming,display of analogue instruments,downloadable values of engine functions through USB port,constant monitoring of all measured engine operating data,direct headphone voice warnings,internal back up battery etc.
Non-certified INTEGRA devices should not be installed in a certified aircraft.
For additional information contact us.
This 2-1/4 inch flap indicator uses a resistance potentiometer as a flap position sensor. Transmitter is required. Wt: 9.8 oz.
The 730/830 Engine Monitoring Systems (EDM) from JP INSTRUMENTS revolutionize engine monitoring by the compact size integration of a full color graphical LCD display with the extremely popular EDM 700/800 series functionally. Both 730 and 830 EDMs feature: colourful graphics, larger data display for easy reading, parameters in full colour, annunciation of exceedances, less page swapping, more data per page. The units are "Plug and Play" compatible with existing EDM-700/800 units. Oil pressure has also been added to the entire EDM series line. Both 730 and 830 are FAA approved for use as secondary engine monitors. However they CANNOT BE USED as a replacement for primary gauges which have to be maintained. Different options and accessories are also available at additional cost.
JPI FS-450 Fuel Scan is a top choice low price unit for fuel management of an aircraft, offeredin different versions with single transducer available for gravity, pressure and ROTAX engines or with a Flow Scan 201 or 231 transducer and harness for pressurized carb engines.
The HONEYWELL BENDIX KING® KI 525A HSI is a pictorial navigation indicator used in the KCS-55A compass system which also includes KG-102A Directional Gyro, KMT-112 Magnetic Azimuth Transmitter (flux valve), KA-51B Slaving Control & Compensator Unit and optionally KA 52/KA 57 Autopilot Adapters. It was a popular avionics upgrade for light aircraft until the advent of the Sandell electronic HSI and, more recently, glass-cockpit systems from Garmin, Aspen and others. This indicator combines the display functions of both the standard directional gyro and the course deviation indicator offering the pilot a single view of the horizontal navigation situation. It greatly simplifies course orientation, interception, and tracking resulting in less work from the pilot. Internally lighted, the KI 525A operates at 14 or 28 VDC.
The HONEYWELL BENDIX KING® KI 525A HSI is available in different models to serve application requirements:
- with bootstrap heading synchro to provide source of slaved heading information for any device, such as an autopilot
- with glideslope needle damping for use in high vibration environments such as helicopter
- capable of operating at either 30Hz or 400Hz
- capable of operating at 14 or 28VDC and 5 volt operation
Like other KCS 55A compass system components, the KI 525A indicator can be furnished in NEW condition or as USED in Serviceable or Overhauled conditions indicated respectively by the letters "SV" and "OH" in the product reference numbers (SKU and accompanied by the relevant certification (e.g. yellow tag, 8130-3 form). They are also offered as exchanges / trade-ins for returned customer owned units indicated by the letter "EX" in the SKU. In the case of an exchange/trade-in option of a customer unit, the full selling price of the ordered unit is charged and the core credit is refunded or credited towards future orders when our co-operating supplier verifies that the unit is in a reasonable, repairable condition. It is recommended that this option is selected by our customers mainly for upgrades and only in cases when their units are functioning properly at the time removal from the aircraft. In cases when customer units are found by our supplier to be non-repairable, the core deposit shall not be refunded and shipping charges shall apply if customers wish the return of these units to them. Please refer to the Product Description section for technical specifications and additional information.
Accelerometers (aka G-Meters) are used extensively in a wide range of applications including Aviation, Marine, Automotive, Military, and others. They are also used in inertial navigation and guidance systems in airplane and ship autopilots.They help in a better understanding of static, such as gravity, or dynamic forces due to motion or vibration acting on an object.
Original Mechanical and more recent Digital accelerometers, used on civil and military aircraft, measure the instantaneous acceleration (or G-force) of an aircraft and its occupants compared to Earth's standard gravitational pull, in units of "G" (e.g., 1G, 2G). They enable pilots to monitor flight conditions, maintain safety, or practice aerobatics or combat maneuvers. Made by different manufacturers, they are offered as non-certified instruments, for use on experimental and homebuilt aircraft, or certified products, installed on civil transport an military aircraft.
Mechanical accelerometers, separately listed, use traditional components like proof masses, springs, and damping to measure acceleration based on displacement, offering high accuracy and durability for specific applications like flight stabilization and weapons communication. They are often of larger size and more expensive. Digital accelerometers, included in this listing, are often Micromachined Micro-electromechanical (MEMS) systems, integrating sensors with microelectronic circuits for smaller size, lower cost, and high precision, making them ideal for flight stabilization, AHARS, and autopilot systems.
The choice of an accelerometer depends on the application's need for accuracy, size, cost, and resistance to harsh environments.
Please consult the Product Description section and the supplied documentation for more information on different brands of our offered accelerometers.