Telemetry

Works with all brushless motors for rpm data
Easy installation
TM1000 and a Telemetry Capable Transmitter required

 

Telemetry Hitec AFHSS HTS Blue Combo complete Included: -Blue Sensor Station -magnetic rpm sensor -optical rpm sensor -gps sensor -current sensor 200 -current sensor 50 -voltage sensor -temp sensor

External Buzzer for LiPoWatch

External buzzer signal for the LiPoWatch.
Simply plugged in and gives appropriate warnings with a hight level of noise!

Specification:

• Size: 13 x 13 x 7mm
• Weight: 3g

FrSky GPS V2 Sensor with SMARTPort

FrSky GPS Sensor (V2) - feeds variable directional information such as: Altitude, position, speed, and UTC time etc., which is displayed in real time on FrSky Transmitter or telemetry dashboard (DHT-U/FLD-02/FSD etc.)  
This sensor will only work with the FrSky Smart Port enabled receivers, such as X8R, X6R, X4R, etc.  
This is a great addition to your Taranis setup. Early Taranis transmitter users may require a firmware update to take full advantage of this sensor.

Specification:

• Mode: GPS sensor (V2)
• Interface: S.PORT
• Operational Voltage: DC 4 -10 V
• Weight: 11.3g
• Current Draw: 80mA @5V
• Sensitivity: -160dBm
• Operating Temperature Range: -40 to 85C
• Date Rate: 1Hz
• Antenna: Built-in patch
• Time to fix: 30s cold
• Speed Accuracy: Approx 0.1m/s
• Position Accuracy: Approx 2.5m CEP
• Dimensions: 40 x 20 x 9mm (L x W x H)
• Operation Limits: Dynamics 4g /Altitude 50,000m /Velocity 500m/s
• Compatibility: FrSky Smart Port enabled receivers, such as X8R, X6R, X4R, etc.

The GPS should be mounted with Velcro in your model so that the "UP" side is facing toward the sky.

FrSky GPS Sensor (V2) - feeds variable directional information such as: Altitude, position, speed, and UTC time etc., which is displayed in real time on FrSky Transmitter or telemetry dashboard (DHT-U/FLD-02/FSD etc.)

 

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Telemetry voltage cable,Futaba FASSTest External Voltage Lead
Connect up to 70v battery to your receiver (Telemetry) Works with receivers R6308SBT and R7008SB

Description: HTS-NAVI HITEC 2.4 GHz Wirelss Telemetry Navigator Wireless download and display for essential telemetry information on your PC Compatible with any radio fitted with Hitec AFHSS system Displayable telemetry information Receiver or Power Battery Voltage RPM Fuel Level Current Temperature Voltage GPS (Altitude, Distance, Latitude, Longitude, Speed, Direction and Trajectory) To monitor telemetry information, HTS-SS Sensor station and other concerned sensors are required.

Download software for HPP-22 (Hitec PC programmer) to utilize HTS-NAVI.

Description:

Jeti Box Profi Telemetry System.

The JETIBOX profi is a mobile wireless device, offering maximum comfort to the user while viewing, processing, and Storing telemetric data. An integral part of the JETIBOX profi is the system JETI DUPLEX 2.4GHz did can be alternatively operated in one of the two Offered wireless modes.

Using the transmitter modules fashion, the JETIBOX profi can be operated with the transmitter as a direct replacement of the exchangeable transmitter module.

Using the Monitor mode, the JETIBOX profi processes telemetric data, Which are delivered between transmitter and receiver of the JETI DUPLEX system. The telemetric data received from the model can be Displayed on the monitor and Simultaneously stored in the internal memory for later analysis.

Features:

• Two wireless modes
• Digital data transfer in the 2.4GHz (100mW) bound
• Integrated antenna
• Compatible with Duplex and Duplex EX system
• Internal memory 2GB
• Storing of telemetry in internal memory
• Detailed analysis of telemetric data
• Graphical telemetry presentation in form of graphs and bar graphs
• Graphical LCD display 128x64 with background lighting
• Audible loudspeaker for acoustic signal
• earphone output
• Replay of own sounds
• Storing of JETIBOX profi set-ups in user profiles
• Connection Possibility to a PC via USB
• Telemetry processing on PC with the aid of the Flight Monitor program
• Firmware upgrade support by the user
• Low current consumption in stand-by mode
• BMS (Battery Management System)
• Charging via USB

The Jeti Duplex MUI 75 is a voltage and current telemetry sensor, compatible with all Jeti Duplex receivers and expanders, suitable for measuring currents up to 75A and voltages up to 60V.

Using this sensor it is possible to view on your Jeti Box, the overall pack voltage, the motor run time and the capacity drawn from your flight battery as well as the present amp draw of your power system! You can also set alarms for:

•   Low voltage
•   High amps
•   Consumed capacity (mAh)

This sensor should be connected between the power systems battery pack and the speed controller, in order to provide a pass-through to measure the current drain of your power set.

Two additional wires are used to measure battery pack voltage.

An audible alarm can be configured via the Jeti Box to provide an alert when the flight battery voltage drops below a configurable minimum or when the current draw exceeds a configurable maximum. An alarm can also be configured for the battery capacity. The alarm sound is emitted from the duplex transmitter module.

Please note, the maximum current capability of this sensor is 75 amps. This sensor is not required to view the voltage and other metrics associated with the receiver system, which is provided by all Duplex receivers, without the need for an additional sensor.

The MUI 75 sensor weighs approximately 21 grams (0.74 ounces)

Exact information about the altitude and distance of a model in space are extremely important guidance elements for the pilot who is remote controlling the model. Thanks to the GPS satellite positioning system the MGPS sensor defines the exact model position and calculates speed, altitude and distance from the point of origin, furthermore the course, azimuth and the total covered distance.
 
In order to be able to record the measured data the MGPS sensor is equipped with a memory for approximately 9 hours of uninterrupted data recording with a numerosity of one record per second (4 MB MGPS version). For a simple analysis of measured data the sensor keeps information of minima and maxima which can be browsed with the aid of the JETIBOX. A more detailed analysis of measured data can be achieved by copying data from the sensor to a PC and map depicted trajectories or carry out other analysis modes. With the aid of the wireless DUPLEX system actual information of the MGPS sensor can be transmitted and depicted in real time by the JETIBOX terminal or DC/DS transmitters.

For showing GPD data you can use link https://www.gpsvisualizer.com

Specification:
 

• Weight [g]: 24
• Dimensions [mm]: 50 x 30 x 13
• Operational temperature [°C]: -10 ... 85
• Supply Voltage [V]: 3,5 - 8,4
• Average Current [mA]: 40
• Memory [MB]: 4

MSPEED EX is a sensor which measures the speed of a flying model through the air to provide the indicated airspeed (IAS). The reporting of airspeed can be very instructive with regard to the control of a flying model, for example allowing the pilot to determine the model´s stall speed and set an alarm to indicate when the model falls below this speed.

Another function of the sensor is to allow the pilot to set a desired speed and a step above or below this speed at which an acoustic signal should be sounded by the transmitter module. To facilitate easier reading of the indicated airspeed, a bar graph is displayed, marking the appropriate configured steps. The measurement of airspeed is based on the principle of change in dynamic pressure, measured by a Pitot tube, which is connected by silicon tubing. With the help of the wireless Duplex system, this sensor information can be reported to the pilot in realtime, allowing immediate feedback in airspeed changes and a deviations from the configured steps.

Specifications:

• Weight: 21gr
• Dimensions: 22x25x13mm
• Operational temperature: 0°C ... 85°C
• Supply Voltage: 3,5V - 8,4V
• Average Current: 10mA

MSPEED 450 EX is a sensor which measures the speed of a flying model through the air to provide the indicated airspeed (IAS). The reporting of airspeed can be very instructive with regard to the control of a flying model, for example allowing the pilot to determine the model´s stall speed and set an alarm to indicate when the model falls below this speed.

Maximum speed: 450km/h

Another function of the sensor is to allow the pilot to set a desired speed and a step above or below this speed at which an acoustic signal should be sounded by the transmitter module. To facilitate easier reading of the indicated airspeed, a bar graph is displayed, marking the appropriate configured steps. The measurement of airspeed is based on the principle of change in dynamic pressure, measured by a Pitot tube, which is connected by silicon tubing. With the help of the wireless Duplex system, this sensor information can be reported to the pilot in realtime, allowing immediate feedback in airspeed changes and a deviations from the configured steps.

Specifications:

• Weight: 21gr
• Dimensions: 22x25x13mm
• Operational temperature: 0°C ... 85°C
• Supply Voltage: 3,5V - 8,4V
• Average Current: 10mA

Designation of MT 300 EX Sensors are temperature measurements of devices like motors, controllers, batteries and other model accessories. Presentation of the measured data is realized by the JETIBOX terminal and the wireless information transfer is ensued with aid of the DUPLEX 2,4GHz system.

The Duplex System takes advantage of the 2,4GHz-Band for communication which allows not only the transfer of remote control data to the model, but also in the opposite direction to the transmitter. The telemetric data measured during operation are transmitted in real time and the actual state of the data can be depicted on the JETIBOX LCD-display. The MT 300 EX unit records minimum and maximum temperatures of the individual sensors and delivers besides that their actual values.
The JETIBOX terminal takes care of parameter adjustments as well as of indications of measured data.
The MT 300 EX device consists of two parts. In the first instance of the MT module itself, which is recording the data measured by temperature sensors connected to the MT module, which on the other hand can be connected to the JETIBOX, to a receiver or to an Expander of the DUPLEX system. Keep an eye on the temperatures of the module and sensors in order not to expose them to temperatures higher than allowable – see technical data table.
The MT 300 EX module allows triggering of acoustic alerts by the individual sensors. These alerts can report of temparature limit violations by too high or too low temperatures exceeding adjusted limits. The acoustic signal is generated by the transmitter module DUPLEX Tx which contains a small siren. The signals are differentiated by Morse codes in order to be able to distinguish between the individual types of alerts referring to individual sensors. The acoustic signalling of parameter violations will be generated even if there is no JETIBOX available. With a connected JETIBOX there will be an indication on its display showing which parameter has been violated. If several parameters have been violated at the same time the alert sounds change consecutively as well as the indications in the JETIBOX LCD-display.

Specifications:

• Weight: 6gr
• Dimensions: 19x14x4mm
• Operational temperature: -10°C ... 85°C
• Supply Voltage: 3,5V - 8,4V
• Average Current: 20mA
• Number of temperature probes: 2
• Range of measured temperature: -40°C ... 300°C
• Accuracy of measurement: 1,5%

The sensor MU-3 can be used for model on board monitoring of up to three voltages. With the aid of the MU-3 sensor the historical course of particular voltages can be monitored (minimum and maximum values) and the sensor may warn the user if set parameters are violated. Informations of the sensor are transmitted by the Duplex System to the user.

The Duplex System utilizes the 2,4GHz band for communication, which not only transmits model controlling data to the model but also receives useful model data back at the transmitter end. Data collected during operation are transmitted in real time and the actual condition of measured values can be evaluated on the JETIBOX LCD display.

Specifications:

• Weight: 18gr
• Dimensions: 36x20x5mm
• Operational temperature: -10°C ... 85°C
• Supply Voltage: 3,5V - 8,4V
• Average Current: 8mA
• Range of measured voltage A: 0 - 9V, B: 0 - 20V, C: 0 - 20V
• Accuracy of voltage measurement: 1%

Jeti RCDroidBox allows real-time monitoring and recording of telemetry data transferred using JETI Duplex or Duplex EX protocol. The system consists of both hardware and a software part. The hardware is the actual RCDroidBox Bluetooth adapter and the software is an application running on a device with the Android operating system, such as cell phone or tablet.

The application is available free of charge on Google Play - JATAYA - RCDroidBox. For active use the RCDroidBox has to be connected to a battery 4V-15V with the correct polarity and to the Ext. connector of the RC transmitter or transmitter module.

You can order the RCDroidBox device through one of our dealers in your region.

Description of RCDroidBox and transmitter connection
To make a successful instalation of the RCDroidBox, it is necessary to carry out following steps:

Connect RCDroidBox Ext. connector to the Ext. connector of the transmitter module.
Connect a separate battery power 4V-15V to the DroidBox power connector.
Mechanically fasten the battery and the RCDroidBox to the transmitter.

For connecting Bluetooth adapter and the transmitter module, 30cm connecting cable is delivered with the porduct. The polarity is indicated both on the side of the RCDroidBox, and on the side of the transmitter module. Select the power battery to your discretion. In the photo below NiMH 600 mAh 1/3 AA battery is used. Such a battery has a reasonable size for fitting to the RC transmitter, and the RCDroidBox will work approximately for 15 hours.

For the whole system to function properly both your RC Transmitter and receiver must support JETI Duplex or JETI Duplex EX. The RCDroidBox and the RC transmitter must be connected together using the three-pin Ext. connector. The connector on the transmitter is the one which would otherwise be used for JETIBOX terminal. The correct orientation of the connector is depicted both on RCDroidBox and on the transmitter. The connection is realized using a three-wire cable with a standard servo -connector on both sides. A separate power supply from battery 4V-15V with the correct polarity and voltage needs to be connected to the RCDroidBox battery connector. The final component is the cell phone or tablet running both the operating system Android (2.3.3 or higher) and the RCDroidBox application.

Specification:

• Weight [g]    15
• Dimensions [mm]    38 x 20 x 7
• Operational temperature [°C]    -15 ... 50
• Supply Voltage [V]    4 ... 15
• Average Current [mA]    20

Assignment of the MUI EX sensor is measurement of voltage, current and consumed capacity of flight batteries in the model. The wireless data transmission by the DUPLEX 2,4GHz system is monitored by the JETIBOX terminal.
For communication purposes the Duplex system takes advantage of the 2,4 GHz band, which besides sending remote control data to the model also receives data from the model back to the transmitter. During flight obtained telemetric data are transmitted in real time and the actual values of the measured data can be displayed on the JETIBOX LCD. Telemetric MUI sensors execute voltage and current measurements in your model and transmit these informations with the aid of the DUPLEX system (receivers and transmitter modules). Thanks to exact current measurements these sensors render it possible to trace the spent capacity of the measured battery. The MUI unit is recording the spent current flow time and its average as well as maximum value. Furthermore it offers exact voltage measurements and recordings of voltage minimum and maximum values.
The task of parameter adjustment and measured data setup is performed by the well known alround talent – the JETIBOX terminal.
MUI sensors allow setting of acoustical signals in order to announce violation of set parameters. Such alarms may be set for measuremets of maximum current and minimum voltage as well as for a maximum of consumed battery capacity. The sound signal is generated by a siren integrated in the transmitter module. For better differentiation are the particular alarms distinguished by Morse alphabetic letters. The acoustical alarm generation in case of parameter violation is working even if the JETIBOX is not connected. With the JETIBOX in place the LCD display shows which parameter has been violated. In case of violation of several parameters the alerts alter consecutively as well as the indications on the LCD display.

Senzor MUI as fuel gauge

Parameters

• Dimensions [mm]   29 x 19 x 11
• Weight [g]   25
• Range of measured voltage min. [V]   0
• Range of measured voltage max. [V]   60
• Range of measured current min. [A]   0
• Range of measured current max. [A]   150
• Accuracy of voltage measurment [%]   0,1
• Accuracy of current measurment [%]   1
• Temperature Range min.[°C]   -10
• Temperature Range max. [°C]   +85
• Supply Voltage min. [V]   5
• Supply Voltage max. [V]   8,4
• Average Current [mA]   24

 

Jeti Vario-EX 2 rev.2 for duplex 2.4GHz System

The Vario2 used to measure the rate of descent and ascent and to measure the relative height.

The module stores the maximum rise and sink rate.
The signaling via increase or decrease of the model is output from the built-in transmitter RF module, and displayed on the connected to the transmitter module Jetibox.

In conjunction with a jeti stations not only multiple alarm values ​​can be output, it can also be controlled "commands" such as the switching off or on a landing light when temperature drops below a set minimum flight altitude.

 Measurement of air pressure, temperature

•  Fast and accurate detection of climb or descent
•  audible alarms for duplex transmission modules or JETIBOX professional
•  Use as an expander for other EX-bus sensors
•  In conjunction with MSPEED EXSensor adjustable compensation
•  Motor off function when reaching preset heights (FAI F5J.....)
•  EX-Bus compatible, easy setting in the device list in the transmitter Jeti
•  Possibility updates with UDB Adapter

Technical specifications:

• Dimensions mm     35x16x7
• Weight g     5
• Operating voltage V     3.5 to 8.4
• Current consumption mA     15

Description: JetiBox Mini Radio Control System. The JETIBOX mini is used for data readout and parameter adjustment of hooked up equipment. Due to small size it can be Easily mounted to the transmitter and its CLEARLY Arranged backlit display Enables excellent readability at any weather coditions. Equipment designated by the JETIBOX COMPATIBLE label is JETIBOX mini compatible as well.

Module MVario is used for measuring the size of climb, descent, and the relative height.
The measurement provides a sensitive sensor of barometric pressure.
Range of the sensor is a 100 - 1100 mBar.
Module MVario records the maximum height, maximum climb and descent of the model.
For display of measured values is used JETIBOX terminal with the possibility of wireless transmission of information in real time using the DUPLEX 2,4 GHz system.
The connection a MVario module and DUPLEX 2,4 GHz system makes possible setting alarm for the climb and descent of the model in four steps.
The range of these steps can be set directly in m/s.

JETIBOX MVario Duplex 2,4 GHz Measure sensors

The measurement provides a sensitive sensor of barometric pressure. Range of the sensor is a 100 - 1100 mBar. Module MVario records the maximum height, maximum climb and descent of the model. For display of measured values is used JETIBOX terminal with the possibility of wireless transmission of information in real time using the DUPLEX 2,4 GHz system. The connection a MVario module and DUPLEX 2,4 GHz system makes possible setting alarm for the climb and descent of the model in four steps. The range of these steps can be set directly in m/s.

Spcification:

• Weight: 6g
• Measures: 20×11×5mm
• Voltage: 3,5-8,4V
• Current drain: 6mA
• Functional temperature: -10-85°C
• Measuring accuracy of absolute/relative altitude: ±9m /±3m

 

JETIBOX is a universal communication terminal, which can be used with any JETI products that are marked JETIBOX Compatible. JETIBOX Compatible products use powerful software to allow easy setup and reading of data using a simple menu driven display on the JETIBOX terminal.

There are now a number of JETI model JBC products for use with the JETIBOX, which due to its features and simplicity is gaining a large number of supporters around the world, and this support in turn is creating demand for an even greater range of JETI model JBC products.
JETIBOX operates as a two–way terminal, showing all data stored in the JBC product. With the use of four buttons, the user can browse the menu and set the selected values to take advantage of the full capability of JBC products.

 It is currently possible with the use of the JETIBOX to program controllers in the SPIN series; the CAR Sensor 3000; REX JBC receivers, and the new transmitter modules, receivers and all accessories in the DUPLEX system. With the JETIBOX connected to DUPLEX transmitter modules, it is possible to have continuous wireless communication with any JETIBOX compatible device in the model.

The JETIBOX may be used on its own for:

•   Measuring the pulse width from the receiver – displaying the pulse width in milliseconds along with the receiver voltage
•   Pulse generation – this feature is useful for initial servo setup in the model, without the need to use transmitters and receivers
•   Servo cycling – this can be used to check the operation and reliability of servos
•   Servo speed measurement – the time taken for the servo to move from one position to another.

Lipo 10s adapter board for LiPoWatch

Specification:

• Size: 36 x 18 x 8 mm
• Weight: 3g

Lipo 12s adapter board for LiPoWatch

Specification:

• Size: 46 x 18 x 8 mm
• Weight: 6g

LiPoWatch

The cell monitoring protects your impulse battery against deep unloading and stores at the same moment as a Datalogger the tension of every separate cell.

The LiPoWatch is a cell monitoring for up to 15 cells (15S) LiPo and LiFePo of battery. He supervises every cell of the battery stack and can do while remaining an adjustable threshold the impulse so that the cells are not unloaded deeply.
The externally connectable buzzer (ord. no 2610) announces remaining tension threshold and other mistakes.

In addition, the LiPoWatch records the tension all connected cells separately and serves with it as a Datenlogger for the monitoring of the battery.
The flights of a whole weekend can be recorded

A red LED by every cell connection makes possible a quick view which cell has released the undervoltage message or another warning.

About our UniDisplay all measured values of the LiPoWatch can be selected directly at the airfield and be considered.
As well the minimum values of the last measuring row can be read.
Also a live announcement is possible.
All settings as for example the memory rate can be programmed by display.

The evaluation of the data takes place uncomplicated with the known software LogView or the GNU DataExplorer.

On the basis of a low weight and the compact size the LiPoWatch can be used nearly in every area.
With only 11gs he is suitable as well for the control of a 2S, 3S or 14S Lipo

The LiPoWatch is also able to do this:

• Monitoring and measurement from 2s to 15s of battery with Datenlogger
• Regulation / disconnection of the impulse with adjustable parameters direct announcement of mistakes of a cell with own LED
• Connection for a temperature sensor (ord. no 2220)
• Connection for an external signal buzzer (ord. no 2610)
• Recording the internal temperature
• Recording the Servo-impulses of the receiver and the Servo-impulses to the regulator enormous internal data memory for almost 75000 readings sentences (dependent on the cell number)
• Memory rates of 4 measurements per second to 1 measurement all 10 seconds make possible a recording duration from about 200 hours (dependent on the cell number)
• Power supply automatically by the impulse battery
• Start of the recording by lapse of time
• Manual recording start and recording stop about inserted key of current status is signalled about a LED per cell and three general LEDs
• direct(straight) considering of the measured values live or recorded with our UniDisplay (ord. no 2400)

Specification:

• Tension range: 0 to 60 V (65 V) at every entrance
• Power supply: directly from the impulse battery (4 V - 65 V)
• External connections: 1 times Servoimpuls of the receiver 1 times Servoimpuls exit to the regulator 1 times temperature sensor (-40 °C to + 125 °C) of 1 times more external detector (peeps)
• Dimensions: 37 x 42 x 12 mms
• Weight: 11g

 

MAUCH PL 2-6S BEC 2x5.35V with CFK enclosure

Specifications:

• Input 2-6S LiPo / max. 28V.
+/- 0.05V –> Ripple 10mV (0.2%) at 1.5A output current.
• Inclusive LDO power supply (+5.00V +/- 0.03V) for the sensor board PL-xxx as well as PL- Sensor Hub X2 and output conector with Molex Clik-Mate 4p.
• Input wrong polarity protection, as well as TDK input and output capacitors to prevent burn out of the UBEC from voltage spikes.
• Blue power "ON' LED. (2x)
• 32mm x 36mm x 7mm / 11g without CFK enclosure
• 34mm x 38mm x 10mm / 16g with CFK enclosure

Delivery:

• In PP box: 55 x 55 x 20mm / 32g
• 1x PL-2-6S BEC 2x
• 1x CFK enclosure
• 1x Sensor cable (040) Molex Clik-Mate 4p / L = 150mm
• 1x Backup cable (050) for Pixhawk 2.1 / Molex Clik-Mate 2.0-6p / L = 150mm

REM:

• The BEC is delivered without an flight controller cable, so please selct the correct cable to match your FC:
• 041: DF13-6p -> Pixhawk 1 / APM... etc.
• 042: Molex Clik-Mate 2.0 - 6p -> Pixhawk 2.1
• 043: JST-GH-6p -> Pixhawk 3... etc

MAUCH PL Sensor Hub X2-V2 with CFK enclosure
    
This sensor hub is to connect two PL-xxx current sensors in parallel. The current of both sensors will be summarized and passed to the FC. The voltage measurement of the LiPo packs will be collected from both sensors and passed through the Hub to the FC.

The main purpose of this hub is to replace existing protection circuits (like an ideal diode) and to monitor, that both paralleled LiPo’s supply the same current to the system.

Since we monitor the current of both batteries, we will find out very early when a LiPo starts to fail… before it is too late.

If the difference in current is larger than +/- 15%, the Alarm output will be ON to indicate the fault… the pilot should immediately land and check the batteries.

The I2C bus is for future integration.

To set up a complete system you would need:

• 1x PL Sensor Hub X2
• 2x Current sensor board:
• 2x PL-050 = 2x50A = 0-100A Total
• 2x PL-100 = 2x100A = 0-200A Total
• 2x PL-200 = 2x200A = 0-400A Total
• 1x Power supply, which can be any of the Premium-Line series BEC's

Specifications:

• 39mm x 31mm x 9mm / 7g without cables and without enclosure
• 42mm x 34mm x 10mm / 13g with enclosure and without cables
• Delivery in PP box: 55 x 55 x 20mm / 27g

Scope of delivery:

• 1x PL Sensor Hub X2
• 1x CFK enclosure
• 2x Sensor cable / Molex 1.25mm - 4p / L = 150mm
• 1x Alarm output cable / Molex 1.25mm - 3p / L = 100mm

 

MAUCH Sensor Board with CFK enclosure 200A

200A - Current / Voltage measurement sensor board, based on Allegro Hall Sensor ACS758-200U.
Voltage range is up to 20S (85V) with solder bridge open and up to 7S (30V) with solder bridge closed. Please check the maual page for more details.
This Sensor board connects directly to any Premium-Line BEC or Sensor Hub X2-V2.
Connected to the sensor are 2x15cm AWG8 wire (red) as a standard.
REM: The connector is Molex / Clik-Mate / 1.25mm / 4p (5023800400)

Specifications:

• Without CFK enclosure = 27.5 x 19.5 x 10.5mm / 39g (with 2x 15cm 8AWG)
• With CFK enclosure = 43.5 x 23.0 x 15mm / 44g (with 2x 15cm 8AWG)
• Delivery in PP box: 88 x 60 x 20mm / 59g

Delivery:

• Delivery without sensor cable (comes with the BEC's), with CFK enclosure

REM:

• If you want to use your own BEC, then please order a sensor cable (040) and ensure that the supplied voltage is within 4.95-5.05V.

 

The Sensor Hub X8 collects the current measurements from up to eight Sensor Boards. All Sensor Boards must have the same current rating. The currents are summed up and passed to the ArduPilot compatible flight controller. The voltage of the LiPo packs is measured through Sensor Board 1.

An OLED display indicates the number of current sensors, and whether each current is within range of the average current of all monitored batteries.

What's included:

1x Sensor Hub X8 with CFK enclosure
1x special connection cable with voltage sense wire to Sensor Board 1 and to either a Power-Cube or a BEC
Molex CLIK-Mate 1.25mm 3p and 4p / L = 200mm
7x connection cables to Sensor Boards
Molex CLIK-Mate 1.25mm 4p / L = 200mm
1x alarm output and external reset cable
Molex CLIK-Mate 1.25mm 5p / L = 200mm

Description:

Brand Name: RadioLink
Item Name: Power return module
Dimension: 38*26*12mm
Weight: 6.5g (without cable)
Usage: Used for RadioLink AT9,AT10 transmitter
Features: Display flight data on the transmitter screen
Display Information Included: signal strength, receiver voltage, battery voltage, temperature, engine speed, GPS location

Package Included:
1x RadioLink PRM-01 Power return module
1x Data cable

RPM sensor, magnetic

• RPM sensor for FASSTest
• Telemetry-System.
• Suitable for T14SG and T18MZ transmitters, later also for the Telemetry-Box.
• Includes all fixings and magnets

Measurement range:

• 360...100.000 revs/min-1
• Weight 4.7 g
• Operating voltage 3.7...7.4 V

Contents:

• 2 x Magnet
• 1 x Hardware pack
• 1 x Sensor mount set
• 1 x Hall Sensor
• 1 x Measurement unit

The variometer is a telemetry sensor for sailplanes that indicates the rate of ascent and descent via an audible tone using select Spektrum™ transmitters*. This provides an indicator to the pilot when the sailplane is in a thermal of rising , or sinking air. By knowing when the sailplane is rising or sinking, the pilot can keep the sailplane in rising air and out of sinking air providing longer flight times.

Know when your sailplane is in a thermal and fly longer durations with the Spektrum variometer.

•   Variometer data indicates the rate of ascent and descent for sailplanes
•    Compact size easily fits in most sailplane applications
•    The internal sensor automatically senses barometric pressure in order to determine rate of climb and altitude with no calibration required
•    Built-in altimeter provides altimeter information giving the end user accurate readings of altitude above ground level (AGL)
•    Fully compatible with the Spektrum DX6 (SPM6700), DX9, DX18 G2, DX18QQ, DX10T and DX18T; DX8 only compatible with altimeter functionality
•    TM1000 and a Telemetry Capable Transmitter required

Product Specifications

• Type: Aircraft Telemetry Sensor
• Voltage: 3.5V-9.6V
• Weight: 0.14 oz (4.0 g)
• Length: 1.2 in (30mm)
• Width: 0.6 in (16mm)
• Height: 0.3 in (7mm)

Spektrum’s optional Flight Log is a unique tool that allows you to view the performance of your radio system like never before. With the revolutionary Flight Log, you can now quickly and easily view the real-time voltage supplied to your receiver, how many fades each internal receiver and remote receiver gets each flight, and if the system received any frame losses or failsafes (holds).

The Flight Log is an optional component that was originally designed for testing, but now it is offered as a handy device that gives you a clear digital readout of your radio performance. The Flight Log is not required, but for complex aircraft, it provides an intuitive analysis of the overall performance of the radio installation. Some of today’s models can be very demanding. The Flight Log ensures confidence that your system is working properly and you have optimized the radio installation.

The Flight Log provides the following information:

System voltage - receiver pack voltage

Antenna fades – represent the loss of a bit of information on that specific antenna. Typically it’s normal to have as many as 50 – 100 antenna fades on any one of the antennas during a flight. If any single antenna experiences over 500 fades in a single flight, the antenna should be repositioned in the aircraft to optimize the RF link.

Frame Loss – represents simultaneous antenna fades on all attached receivers. If the RF link is performing optimally, frame losses per flight should be less than 20.

Hold – a hold occurs when 45 contiguous (one right after the other) frame losses occur. This takes about one second. If a hold occurs during flight, it’s important to re-evaluate the system, moving the antennas to different locations and/or checking to be sure the transmitter and receivers are working correctly.

Key Features

• Real-time voltage digital display
• Records individual antenna fades
• Records frame losses
• Records failsafes (holds)

UniDisplay+ complete set with connecting cable

Comfortable evaluation and attitude possibility for our UniLog 1 + 2, GPS-Logger 1 + 2, LiPoWatch and InfoSwitch

With the help of the UniDisplay all measured values of our UniLog 1 + 2, UniSens-E, GPS-Logger 1 + 2, LiPoWatch, InfoSwitch and JLog2 can be indicated live and be put directly to parameter.

In addition, the complete data memory of the UniLog 1 + 2 or LiPoWatch can be quickly considered.
In this way one can find out (e.g., at the airport) also without big data evaluation quickly the maximum power consumption of an impulse.

The operation takes place completely simply and selfexplanatory more than four keys.

The firmware of the UniDisplay + can be updated at any time with our USB interface cable (ord. no 2550) from the PC.
The updates are at your disposition naturally free of charge on homepage: www.sm-modellbau.de

UniSens-E 280 A Telemetry sensor with 2 x 4mm² Silicone cable

The small powerful RC telemetry sensor measures voltage, current, height, power, capacity and speed in a model and can be transferred to the transmitter via telemetry. Full support for telemetry of Jeti Duplex, Multiplex M-Link, Graupner HoTT, Futaba, JR DMSS and FrSky.

The Unisens E is a pure telemetry sensor especially for all electric models. It is so small and light but so powerful that it can be used in almost every model.
According to our philosophy to support as many systems, also speaks of Unisens E language of Jeti Duplex (EX), Multiplex M-Link, Graupner HoTT, Robbe / Futaba FASSTest, JR DMSS and FrSky.
Telemetry is used must be specified in Unisens E only once in the settings. This is done either through our PC program "Unisens E Tool" or the UniDisplay. On delivery HoTT GAM is selected.

To change the settings via PC or for firmware updates is a suitable USB interface as our Cat 2550 or an existing USB connection cable as of Jeti, multiplex or Graupner necessary. See also the instructions.
the Unisens E can measure the complete drive without additional sensors, ie voltage, current, capacitance and even the speed. A special attraction is in fact already a brushless speed sensor permanently installed. a small cable to connect to one of the three motor phases only has to be made using the cable to measure the speed.

Since barometric (atmospheric pressure) level sensor is integrated with high resolution, a Vario with Unisens E is realized in addition to the height measurement.
Similarly extensive alarms can be programmed to be reported via telemetry about individual stations.
The Unisens E is available with various connection systems, so that, normally, nothing needs to be soldered. The current range extends symmetrically in both directions. This makes the pin assignment, so that the battery male or female has the positive terminal, not matter. The measurement direction is as simple simply set in the setup.
About our UniDisplay all readings of Unisens E can viewed directly live and all settings and alarms can be programmed.

Whether gliders, aerobatic aircraft, helicopter, or HLG Slowflyer who Unisens E can be used due to its low weight and compact size in almost every area. Of course, the Unisens E is suitable not only for model aircraft. It can also be incorporated into RC boats, RC cars etc.
They acquire the Unisens E a powerful in all respects universal RC telemetry sensor that exploits the possibilities of modern electronics to give you a little helper to be a great help in dealing with your RC models.

Specs and Capabilities:

• Complete measurement of electric drives with current, voltage, power, capacity, speed and altitude measurement
• Integrated brushless speed sensor
• Full telemetry support for Jeti Duplex (EX), Multiplex M-Link, Graupner HoTT, Robbe / Futaba FASSTest S.BUS2, JR DMSS and FrSky
• Height measurement with automatic zeroing after switching
• Barometric Vario
• Current measurement range up to 140 A in both directions, voltage up to 60 V(The maximum current carrying capacity of the connectors used must not be exceeded!)
• Connection for receiver signal for remote control of certain functions
• Direct connection to the GPS logger possible to record data in a file
• Measuring the battery voltage receiver
• Power supply through receiver
• Current status is indicated by LED
• Direct viewing of readings live with our UniDisplay
• Parameter settings via PC, UniDisplay and telemetry possible
• PC software for settings and updates (SM Unisens E Tool) is available here
• Free firmware updates via PC with our USB interface (SM-2550) or with existing USB connection cables as of Jeti, multiplex or Graupner possible (the firmware file can be found here)
• Can be used almost anywhere due to its compact size and low weight

Technical details:

• Measurement of: Voltage, Capacity, Current Power, RPM and Height
• The height sensor will be reset if the model is powered.
• Measurement range: 0 - 8000 meter.
• Power measurement: Up to 140A
• Voltage measurement: Up to 60V
• Measurement of the receiver voltage
• With the additional USB interface, the sensor can be configured and updated by PC.
• Power usage: 25mA
• Size: 26mm x 22mm x 11mm
• Cable for receiver connection

 

UniSens-E Telemetry sensor 140A, 60V with 4mm² Silicone cable

The small powerful RC telemetry sensor measures voltage, current, height, power, capacity and speed in a model and can be transferred to the transmitter via telemetry. Full support for telemetry of Jeti Duplex, Multiplex M-Link, Graupner HoTT, Futaba, JR DMSS and FrSky.

The Unisens E is a pure telemetry sensor especially for all electric models. It is so small and light but so powerful that it can be used in almost every model.
According to our philosophy to support as many systems, also speaks of Unisens E language of Jeti Duplex (EX), Multiplex M-Link, Graupner HoTT, Robbe / Futaba FASSTest, JR DMSS and FrSky.
Telemetry is used must be specified in Unisens E only once in the settings. This is done either through our PC program "Unisens E Tool" or the UniDisplay. On delivery HoTT GAM is selected.

To change the settings via PC or for firmware updates is a suitable USB interface as our Cat 2550 or an existing USB connection cable as of Jeti, multiplex or Graupner necessary. See also the instructions.
the Unisens E can measure the complete drive without additional sensors, ie voltage, current, capacitance and even the speed. A special attraction is in fact already a brushless speed sensor permanently installed. a small cable to connect to one of the three motor phases only has to be made using the cable to measure the speed.

Since barometric (atmospheric pressure) level sensor is integrated with high resolution, a Vario with Unisens E is realized in addition to the height measurement.
Similarly extensive alarms can be programmed to be reported via telemetry about individual stations.
The Unisens E is available with various connection systems, so that, normally, nothing needs to be soldered. The current range extends symmetrically in both directions. This makes the pin assignment, so that the battery male or female has the positive terminal, not matter. The measurement direction is as simple simply set in the setup.
About our UniDisplay all readings of Unisens E can viewed directly live and all settings and alarms can be programmed.

Whether gliders, aerobatic aircraft, helicopter, or HLG Slowflyer who Unisens E can be used due to its low weight and compact size in almost every area. Of course, the Unisens E is suitable not only for model aircraft. It can also be incorporated into RC boats, RC cars etc.
They acquire the Unisens E a powerful in all respects universal RC telemetry sensor that exploits the possibilities of modern electronics to give you a little helper to be a great help in dealing with your RC models.

Specs and Capabilities:

• Complete measurement of electric drives with current, voltage, power, capacity, speed and altitude measurement
• Integrated brushless speed sensor
• Full telemetry support for Jeti Duplex (EX), Multiplex M-Link, Graupner HoTT, Robbe / Futaba FASSTest S.BUS2, JR DMSS and FrSky
• Height measurement with automatic zeroing after switching
• Barometric Vario
• Current measurement range up to 140 A in both directions, voltage up to 60 V(The maximum current carrying capacity of the connectors used must not be exceeded!)
• Connection for receiver signal for remote control of certain functions
• Direct connection to the GPS logger possible to record data in a file
• Measuring the battery voltage receiver
• Power supply through receiver
• Current status is indicated by LED
• Direct viewing of readings live with our UniDisplay
• Parameter settings via PC, UniDisplay and telemetry possible
• PC software for settings and updates (SM Unisens E Tool) is available here
• Free firmware updates via PC with our USB interface (SM-2550) or with existing USB connection cables as of Jeti, multiplex or Graupner possible (the firmware file can be found here)
• Can be used almost anywhere due to its compact size and low weight

Technical details:

• Measurement of: Voltage, Capacity, Current Power, RPM and Height
• The height sensor will be reset if the model is powered.
• Measurement range: 0 - 8000 meter.
• Power measurement: Up to 140A
• Voltage measurement: Up to 60V
• Measurement of the receiver voltage
• With the additional USB interface, the sensor can be configured and updated by PC.
• Power usage: 25mA
• Size: 26mm x 22mm x 11mm
• Cable for receiver connection
•  

UniSens-E Telemetry sensor 140A, 60V with XT60

The small powerful RC telemetry sensor measures voltage, current, height, power, capacity and speed in a model and can be transferred to the transmitter via telemetry. Full support for telemetry of Jeti Duplex, Multiplex M-Link, Graupner HoTT, Futaba, JR DMSS and FrSky.

The Unisens E is a pure telemetry sensor especially for all electric models. It is so small and light but so powerful that it can be used in almost every model.
According to our philosophy to support as many systems, also speaks of Unisens E language of Jeti Duplex (EX), Multiplex M-Link, Graupner HoTT, Robbe / Futaba FASSTest, JR DMSS and FrSky.
Telemetry is used must be specified in Unisens E only once in the settings. This is done either through our PC program "Unisens E Tool" or the UniDisplay. On delivery HoTT GAM is selected.

To change the settings via PC or for firmware updates is a suitable USB interface as our Cat 2550 or an existing USB connection cable as of Jeti, multiplex or Graupner necessary. See also the instructions.
the Unisens E can measure the complete drive without additional sensors, ie voltage, current, capacitance and even the speed. A special attraction is in fact already a brushless speed sensor permanently installed. a small cable to connect to one of the three motor phases only has to be made using the cable to measure the speed.

Since barometric (atmospheric pressure) level sensor is integrated with high resolution, a Vario with Unisens E is realized in addition to the height measurement.
Similarly extensive alarms can be programmed to be reported via telemetry about individual stations.
The Unisens E is available with various connection systems, so that, normally, nothing needs to be soldered. The current range extends symmetrically in both directions. This makes the pin assignment, so that the battery male or female has the positive terminal, not matter. The measurement direction is as simple simply set in the setup.
About our UniDisplay all readings of Unisens E can viewed directly live and all settings and alarms can be programmed.

Whether gliders, aerobatic aircraft, helicopter, or HLG Slowflyer who Unisens E can be used due to its low weight and compact size in almost every area. Of course, the Unisens E is suitable not only for model aircraft. It can also be incorporated into RC boats, RC cars etc.
They acquire the Unisens E a powerful in all respects universal RC telemetry sensor that exploits the possibilities of modern electronics to give you a little helper to be a great help in dealing with your RC models.

Specs and Capabilities:

• Complete measurement of electric drives with current, voltage, power, capacity, speed and altitude measurement
• Integrated brushless speed sensor
• Full telemetry support for Jeti Duplex (EX), Multiplex M-Link, Graupner HoTT, Robbe / Futaba FASSTest S.BUS2, JR DMSS and FrSky
• Height measurement with automatic zeroing after switching
• Barometric Vario
• Current measurement range up to 140 A in both directions, voltage up to 60 V(The maximum current carrying capacity of the connectors used must not be exceeded!)
• Connection for receiver signal for remote control of certain functions
• Direct connection to the GPS logger possible to record data in a file
• Measuring the battery voltage receiver
• Power supply through receiver
• Current status is indicated by LED
• Direct viewing of readings live with our UniDisplay
• Parameter settings via PC, UniDisplay and telemetry possible
• PC software for settings and updates (SM Unisens E Tool) is available here
• Free firmware updates via PC with our USB interface (SM-2550) or with existing USB connection cables as of Jeti, multiplex or Graupner possible (the firmware file can be found here)
• Can be used almost anywhere due to its compact size and low weight

Technical details:

• Measurement of: Voltage, Capacity, Current Power, RPM and Height
• The height sensor will be reset if the model is powered.
• Measurement range: 0 - 8000 meter.
• Power measurement: Up to 140A
• Voltage measurement: Up to 60V
• Measurement of the receiver voltage
• With the additional USB interface, the sensor can be configured and updated by PC.
• Power usage: 25mA
• Size: 26mm x 22mm x 11mm
• Cable for receiver connection

 

USB Interface device

With this cable connection updates of the GPS-Logger, InfoSwitch, UniDisplay, UniLog 1, LiPoWatch and UniSens-E by PC are possible.

This connector cable is used for firmware updates for the GPS logger, InfoSwitch, UniDisplay, UniLog 1, LiPoWatch and Unisens E via PC. Corresponding updates can be downloaded for free on www.sm-modellbau.de.
In addition, the data stored in UniLog 1 or LiPoWatch readings can be transferred to the PC and then easily analyzed graphically. The measured values can also be viewed live on the PC with this cable.

Used chipset: FT232
Cable length: 1000mm