User’s Manual RX-MFS-ESCAN-HS1A
Introduction and Functional Description We congratulate you on the purchase of your new Hetronic RX-ES-CAN-HS1A Receiver. You have chosen a high-quality product. Familiarize yourself with the unit before using it for the first time. In addition, please carefully refer to the operating instructions and the safety advise given in this manual. Only use the product as instructed and only for the intended field of application. Keep these instructions in a safe place.
DESCRIPTION RX-MFS-ESCAN-HS1A is an MFS 2.4GHz receiver with 2 CAN Interfaces, 2 independent EStop Relay Outputs, 2 Application Relay Outputs, 4 optional 0~10V, 0~20mA analog or 0~30V digital inputs, a USB and an optional RS232 interface. It shall be equipped with RTC and SD card for data logging capability. It is designed for applications using CAN bus topology to integrate a number of devices and operating on 12 or 24V battery.
TECHNICAL SPECIFICATION Operating Temperature Storage Temperature Environmental Protection Supply Voltage Range Jumpers Outputs Inputs Serial Interfaces -20o to +70o Celsius -40o to +85o Celsius IP65 9-24 VDC, 3A Max J1, 2: Relay1,2 unswitched coil supply select J3: RS232 Bootloader Select J4: CAN1 termination resistor enable J5: Main controller RTC backup battery connect J7: CAN2 termination resistor enable J10: Internal 5V or External Supply for digital outputs 2x Main Contact Safety Relay (250VAC/8A
FUNCTIONAL DESCRIPTION Operation As a standard Hetronic MFS receiver, this module is equipped with 2 microcontrollers, Main and Stop, for safety and redundant control of E-Stop Relay outputs. The Stop controller is common to standard 2.4GHz MFS receivers. The Main controller will have full control of RF, analog inputs, digital outputs, USB, RS232 and CAN interfaces.
Receiver Safe Mode The following conditions cause the receiver to go into its Safe mode: • The transmitter goes into Sleep Mode • Radio signal interference • Transmitter out of operating range • E-Stop button is activated • E-Stop circuit failure • Low battery sends E-stop after time out When the transmitter signal is no longer sensed by the receiver, the Time Out process begins. The Time Out period is set to 450 msec at the factory.
Step-By-Step Installation 1. For the Radio Remote Control to operate smoothly, the receiver should be installed in such a position as to allow the maximum reception of radio waves from the antenna. Thus, for best reception the location of the receiver should be such that it is visible to the operator at all times. 2. The location selection should not be exposed to high levels of electric noise and should not be surrounded by metal or other conductive materials.
5. Should such an installation be performed on board mobile machinery or on a vehicle, then you should attach four rubber bumpers that can be ordered directly from your Hetronic dealer, unless already supplied as standard fittings on the radio control type in use. These rubber bumpers will dampen the strong vibrations coming from the machine from reaching the receiver. 6. Determine the position where the enclosure is to be mounted and drill the holes as per diagram below.
Troubleshooting If your ES-CAN HL receiver does not operate as required, follow the recommended troubleshooting sequence to help isolate the cause and determine corrective action. If you need more information, contact your nearest Hetronic dealer.
FCC Part 15 Notice “This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation.” ISED RSS-Gen Notice “This device complies with Industry Canada’s licence-exempt RSSs.
L'équipement Hetronic RX-MFS-ESCAN-HS1A a été approuvé pour les applications mobiles où l'équipement doit être utilisé à des distances supérieures à 20 cm du corps humain. L'utilisation à des distances inférieures à 20 cm est interdite et nécessite une évaluation SAR supplémentaire.
