MICRO REMOTE DESCRIPTION functions. This transmitter runs on a 3.7V rechargeable battery. The MICRO REMOTE is a state of the art microprocessor based The system’s radio receiver has Radio Frequency (RF) control both PWM and ON/OFF outputs system. will provide...
MICRO REMOTE transmitter goes a. ROLL RIGHT range for more than 2 seconds, minutes all outputs except the BOOM b. ROLL LEFT output will turn off as a safety minutes feature. c. IDLE HIGH minutes save battery life, d. IDLE...
MICRO REMOTE the battery voltage is low and is programmed to respond only requires charging. Plug in the transmitter with transmitter as soon as possible correct code/RF channel after seeing the low battery sequence for which it is set. This indicator.
MICRO REMOTE at this point. Release the 1. Make sure transmitters POWER button. and receivers are off 3. Apply power to the receiver 2. On transmitter A, press and 4. Only the green LED should hold POWER button start to blink rapidly on the...
MICRO REMOTE changed. This will unclone the transmitter indicate the status of transmitters. If this is desired, the charger: A red LED indicates use the following procedure: that the battery is charging and a green LED indicates that the 1. Make sure the receiver and battery is fully charged.
MICRO REMOTE C. Storing: -4 to +86F (lower is better) To install the receiver module, use the mounting holes provided OUTPUTS on the enclosure to attach it in a vertical manner with the wires Each of the outputs from the facing down.
MICRO REMOTE potting material damage BEFORE APPLYING POWER! internal electronic components. Check power and ground for The main power to the receiver proper polarity. should be connected through a switched, fused line capable of a Check the wiring harness for minimum of 100 amps.
USING OPTIONAL low. Charge the GATE as GATE: soon as possible after seeing The Kar-Tech GATE connects low battery indicator using a to the receiver/controller thru Kar-Tech cable. After being the RS232 diagnostic port.
MICRO REMOTE ACCESSING THE CONTROL 6. Enter address PANEL http://192.168.1.1 the address bar 1. Turn off power to the receiver. 2. Plug in the GATE to the receiver. 3. Turn on the power to the receiver. The power LED Address Bar on the GATE will turn on 7.
MICRO REMOTE remote communications, icon. and system I/O. When the round circle next to label dark, corresponding ON/OFF input or output is sensed to be active or ON. Calibration The password to gain access to the calibration screens is 1262.
MICRO REMOTE this PWM output frequency to valves b. ROLLOVER RIGHT – (Change Select adjust affects all outputs) this PWM output 3. Enter the new value in c. IDLE LOW – Select the new value box to adjust this PWM 4.
MICRO REMOTE specific error code has been SOFTWARE UPDATE active. Use the Choose File button to select new software on This feature can be used to your device with which to troubleshoot machine wiring program the receiver. Kar- and other problems. Tapping...
MICRO REMOTE visible any other Wi-Fi devices. Otherwise, the Wi-Fi name (SSID) is hidden and it would require manual connection to the network. If Enable Multiple Connections selected, multiple connections up to 4 devices could be connected to the GATE. However, only one of...
MICRO REMOTE to be sent to KAR-TECH for network RESET. 3. Press HOME button 4. Screen below should be GATE UPDATE shown: This page was designed to upload software that changes the product that the GATE interface works with. Once...
Page 17
MICRO REMOTE precision measurement instrument. There some delays.
MICRO REMOTE WIRING COLOR DESCRIPTION RED 14GA GXL POWER (9-30V) BLACK 14GA GXL GROUND WHITE 14GA GXL ROLLOVER LEFT PWM OUTPUT WHITE 14GA GXL ROLLOVER RIGHT PWM OUTPUT BLUE 18GA GXL IDLE LOW PWM OUTPUT BROWN 18GA GXL IDLE HIGH PWM OUTPUT...
MICRO REMOTE ROUTINE MAINTENANCE Do not have hydraulic power available to the valves when Clean transmitter regularly with performing electrical tests. damp cloth mild detergent. Never operate test function if any person is in an Inspect electrical wiring for wear area where they could be hurt points or other damage.
MICRO REMOTE TROUBLESHOOTING This next section provides basic operator level troubleshooting for the MICRO REMOTE system. after following these instructions, system still does not function, contact your KAR-TECH representative further instructions or servicing.
MICRO REMOTE TROUBLESHOOTING CHART PROBLEM SOLUTION No functions work 1. Verify transmitter power source – battery, CAN cable, external supply, etc 2. Verify that receiver control module power source is present at its input connector 3. Check for proper system ground 4.
Page 22
MICRO REMOTE and possible obstructions 4. Check the hydraulic system...
MICRO REMOTE ERROR CODES Error code explanations: Transmitter is off Transmitter went to sleep mode Interference in RF communication link System voltage is below 11V (12V system) Short or open load/coil on output Switch or joystick on transmitter is not in its rest or off position...
Page 24
Return the units for service. Note: For operation with negative ground systems only. WARNING: The MICRO REMOTE must be operated in compliance with all applicable safety regulations, rules, and practices. Failure to follow required safety practices may result in death or serious injury.
MICRO REMOTE RECEIVER PICTORIAL 7.27" 4x 1/4-20 UNC MOUNTING LOCATIONS 4.50" 1.38" ATTENTION! ERROR PROBABLE CAUSE EC01 RF COMMUNICATION ERROR During the operation, the controller will generate heat EC02 LOW SYSTEM VOLTAGE that must be dissipated. The published amps rating...
MICRO REMOTE SPECIFICATIONS TRANSMITTER Equipment Class ......Part 15 Spread Spectrum Transmitter FCC ID ................P4U-MCTA1 ICC (Industry Canada Certification) ID ........ 4534A-MCTA1 Power supply .......... 3.7V LiPo Rechargeable Battery Fast charger temperature range ........+5˚C to +60˚C Operating temperature - Radio ........-40˚C to +85˚C Storage temperature ...........
MICRO REMOTE INSTRUCTION TO THE USER This equipment has been tested and found to comply with the limits for a class B digital device, pursuant to part 15 of the FCC Rules. These limits designed provide reasonable protection against harmful interference in a residential installation.