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CRESTRON    

 

CNRFHT-15/30 & CNIRHT-15/30

          

 

Hand-Held Wireless Transmitters

R E M O T E    C O N T R O L   S Y S T E M S

7

DOC. 8054C

6.

Once the frequency is located, it may be necessary to fine tune the device by slowly turning the tuning tool in
either direction, until the red LED marked SIGNAL is brightly illuminating. The LED must be at its brightest
setting to confirm the unit is tuned to the highest lobe of the frequency range.

7.

Move to a different location within the room; depress any button on the transmitter to verify proper frequency
setting.

NOTE

The red LED on the CNRFGW will not illuminate when it is approximately 10 to 15 feet from the
CNRFHT.  The system is still functioning, but the threshold to illuminate the signal is too low.
However, the red LED on the CNRFHT illuminates when a button is depressed, indicating the
remote is transmitting.

8.

If "dead" spots are found within the room, insert the tuning tool into the CNRFHT and carefully make further
adjustments in either direction to fine tune the system.

                                                                                                                     

 

PROGRAMMING:

A 30-button array is located beneath the custom button panel of each CNRFHT and CNIRHT.  Refer to figure 4 for an
illustrative layout of transmitter button numbers beneath a sample button panel. The numbering for each button is
constant. For each button input, a signal name must be defined in the SIMPL program. Unused buttons need not be
assigned signal names. An example following figure 4 illustrates button definition in the CRESNET II Workshop.
Access the following tables from the "Define Network" section of the SIMPL-I Menu. An example of SIMPL-C
programming for the same custom button panel design is shown in the Appendix.

CRESTRON

POWER

VOLUME

CHANNEL

MUTE

30

29

28

27

26

25

21

22

23

24

20

19

18

17

13

14

15

16

12

11

10

9

5

6

7

8

4

3

2

1

Figure 4.  Button Number Layout

   Customized button panel removed.

Each button is illustrated with its corresponding number.

Содержание CNIRHT-15

Страница 1: ......

Страница 2: ......

Страница 3: ...nctional Description 1 CNRFHT 15 30 1 CNIRHT 15 30 1 Sleep Mode 1 Physical Description 2 Configuration Differences 3 LEADING SPECIFICATIONS 3 CONTROLS AND INDICATORS 3 Controls 3 Indicators 3 INSTALLA...

Страница 4: ......

Страница 5: ...or 30 button controls Depression of any button on the CNRFHT customized 15 or 30 button panel initiates a RF signal transmission to the CNRFGW CNIRHT 15 30 The CNIRHT illustrated in figure 1 is a hand...

Страница 6: ...on array on the printed circuit board is covered by a customized button panel All button panels include custom engraving colored button caps choice of button configurations and panel finishes Small an...

Страница 7: ...earest tenth unit Table 2 Leading Specifications SPECIFICATION DETAILS Battery 9V DC Dimensions Weight Height 6 5 in 16 5 cm Width 2 7 in 6 9 cm Depth 0 8 in 2 1 cm Weight 0 3 lb 0 2 kg CONTROLS AND I...

Страница 8: ...is factory set to 20 2 Do not use 00 or FF as an RF IR ID 3 Do not confuse RF IR ID with network NET ID To set an ID CODE complete the following steps 1 Position the unit button side down so the batt...

Страница 9: ...d be set in the opposite direction of the arrow head Table 3 CNRFHT and CNIRHT SIP Switch Settings Hexadecimal NUMBER OR LETTER Most Significant SIP Switch Digit 8 7 6 5 Least Significant SIP Switch D...

Страница 10: ...uning tool and gently turn the tuning adjustment on the face of the CNRFGW clockwise until it comes to a stop 5 Hold the tuning tool firmly gently turn the tuning adjustment counterclockwise two compl...

Страница 11: ...ting 8 If dead spots are found within the room insert the tuning tool into the CNRFHT and carefully make further adjustments in either direction to fine tune the system PROGRAMMING A 30 button array i...

Страница 12: ...IRGW Receiver 3 0 04 05 06 07 08 09 0A 0B 0C TAB to select entries PgUp PgDn to find ID F2 Detail F3 Display Signals ESC to Def Equip Define Network F1 Help Net ID 03 CNRFGW CNRFGW CNIRGW Receiver RF...

Страница 13: ...WER 2 3 4 VOL_UP 5 6 7 8 VOL_DOWN 9 CHANNEL_UP 10 CHANNEL_DOWN 11 12 MUTE F2 Detail F3 Display Signals F4 Auto Increment ESC to Define Net Panel Detail F1 Help CNRFGW Net ID 03 RF ID 14 CNIRHT CNIRHT...

Страница 14: ...icinity of transmission CNRFGW is in contact with metal Verify that heavy metal is not in vicinity of transmission No response from CRESNET II system Refer to causes when LED does not illuminate and i...

Страница 15: ...W TRANSMITTER RF IDCODE CNRFT i1 signal name Independent button i2 signal name i3 signal name APPENDIX The following is a sample of SIMPL C programming for the CNRFHT and CNIRHT illustrated in figures...

Страница 16: ......

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