4
HETRONIC SYSTEM COMPONENTS
The Hetronic radio remote control system consists of a
receiver and transmitter.
RX-MFSHL DC16-PWM Receiver Standard
Features
•
MFS technology with H-Link programming
•
Up to 16 solid state switching outputs
•
1 Main Contact Output
•
Up to 2 PWM outputs
•
Up to 2 inputs
•
12VDC or 24VDC for DC cranes/machines
HH-M-MFSHL TS5 Transmitter Standard
Features
•
MFS technology with H-Link programming
•
E-stop
•
Five 3-position toggle switches
•
Proportional trigger switch
•
30 m (100 ft.) range
•
Internal antenna
HH-M-MFSHL TS6P Transmitter Standard
Features
•
MFS technology with H-Link programming
•
E-stop
•
Six 3-position toggle switches
•
Proportional trigger switch
•
30 m (100 ft.) range
•
Internal antenna
HH-L-MFSHL TS7P Transmitter Standard
Features
•
MFS technology with H-Link programming
•
E-stop
•
Seven 3-position toggle switches
•
Proportional trigger switch
•
30 m (100 ft.) range
•
Internal antenna
SYSTEM OVERVIEW
Theory of Operation
The Hetronic radio remote control system includes a
transmitter and receiver. The transmitter electronically
generates a carrier frequency which allows it to
communicate with the receiver. Each system is
programmed with a unique address code. This code
allows the operation of multiple systems in the same
general vicinity. The receiver only accepts commands
from the transmitter with the same address code.
MFS Transmission Technology
All Hand-Held MFSHL systems utilize Hetronic’s
advanced Multiple Frequency Sharing (MFS)
technology. MFS technology allows for multiple
systems to operate on a single frequency in an
enclosed area with virtually no worry about same
system interference.
H-Link Technology
All Hand-Held MFSHL systems utilize Hetronic’s new
H-Link wireless system access and parameter
programming. H-Link allows for wireless access to all
system programming parameters via a Personal Digital
Assistant (PDA)/Pocket PC.
E-Stop Function
The most important feature of the radio remote control
system is the E-Stop. The transmitter sends the E-stop
status signal along with the specified crane/machine
function. This method confirms that ongoing operations
are safe. When wired correctly, pressing the E-stop
pushbutton opens the main contact output in the
receiver, causing all crane/machine motions to stop.
The receiver immediately goes into E-Stop.To restart
the system, disengage the E-stop button.
The E-Stop responds faster than any other function.
E-Stop must be disengaged before the system will
respond to any other signal.
Pocket PC
with H-Link
RF Modem
PRELIMINAR
Y COPY
