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RCP User’s Guide
July 2017
Page 59 of 110
9.1.4.20 Timer Channel
Description:
Used to add a timer channel to the project. The timer channel has three ways of being
configured: Free running, trigger-based, and trigger-based that automatically returns to the reset state.
Value Size:
Input: 16-bit max Output: single bit
Supported Input Connection Types:
IO (Input), Math, CAN (Parameter In), Constant, RF Command,
RF Command Digital Byte Bits (In), Scaling
Supported Devices:
MHR, MHC, in
tele
Smart2, CAN-2
9.2 Transmitter Component to RF Message Mapping
The location in which switches are plugged into an I/O board of a transmitter determines how the data
from the switch is sent to the receiver. The decoding of this data is mapped differently depending on the
type of I/O board being utilized. Section 9.2.1 shows the physical connections of each of the I/O boards
that have the ability for a user to change how components are plugged in. Section 9.2.4 shows the
mapping of the I/O board connections to the RF commands. Information from both of these sections is
required to properly determine how a connection into an I/O board will be decoded on the receiver.
9.2.1 Transmitter I/O Connections
Table 10 shows the part numbers required for each of the I/O boards to properly support the RF
command mapping. Other part numbers for different I/O boards exist but may not properly support the
standard RF command mapping. There may also be some software changes required to properly support
the mapping. If the connections are not mapping as expected, contact technical support to ensure the
required software is loaded on the device.
Device
Part Numbers
XLTX I/O
25-08-052-205E
CHTX and MLTX2 I/O
25-10-122-202E
MBT/PGT Toggle
25-09-052-208E
MBT/PGT Generic
25-09-052-202E Rev. 2
Table 10. I/O Board Part Numbers
NOTE: The CHTX uses the same I/O board as the MLTX2. When configuring a CHTX, the mappings for
the MLTX2 should be used.
For example, if a toggle is connected into T12 of an MLTX2 IO board (reference Figure 30) you will then
need to reference the mapping table to determine which RF command and function the input is mapped
to. The mapping tables can be found in Section 9.2.4.
In this example, the toggle data for T12 is received in an RF command type of digital, Function 3, bit 7 for
toggle position A and bit 8 for toggle position B.
NOTE: Similar connections are laid out the same for each of the connection types.
Connection
Definition
VCC
Source voltage
P_COM
Ground
Dir# (1/2)
Digital connection that determines the direction of the paddle
Motion#
Analog input
Analog#
Analog input
Содержание RCP
Страница 1: ...RCP User s Guide Part Number 178 01702 0010 R9 July 2017 2017 Magnetek...
Страница 78: ...RCP User s Guide July 2017 Page 78 of 110 Click Compile to check for errors...
Страница 80: ...RCP User s Guide July 2017 Page 80 of 110 Click Send Program to load the program on to the device...
Страница 83: ...RCP User s Guide July 2017 Page 83 of 110 Select the RF Command tab...
Страница 84: ...RCP User s Guide July 2017 Page 84 of 110 Click RF Cmd In to add the channel to the workspace...
Страница 86: ...RCP User s Guide July 2017 Page 86 of 110 Select the corresponding Function number from the list...