YMJTL-10004.3" WIRELESS CONTROL TOUCH PANEL

1 Chapter 1 Introduction In this chapter, TSINGLI control system and products are introduced. From this chapter, user will make an explicit understanding of equipment composition of TSINGLI control system, control method, protocol resolution, applications, technical parameters and basic functions of TL-1000 wireless touch panel. TSINGLI control system TSINGLI control system is designed for centralized control system under multi-media circumstance. The system includes control touch panel, control host, control interface and supporting software, etc. The controlled device are mainly multimedia audio-visual equipment, but not limited to these devices. In theory, TSINGLI control system can switch in and achieve centralized management and control of devices that opens control interface to 2 third-party device. Control interface includes programmable RS-232/RS-422/RS-485 interface, programmable TCP/IP, UDP/IP interface, programmable I/O interface, relay interface, Infrared (IR) control interface, etc. TSINGLI control system is designed by 32-bit/64-bit computer platform with Linux operating system. It supports Ethernet and transfer control information in real time in dedicated or common Ethernet. The various control protocols in TSINGLI control system may be designed independently or completely opened to the user to support access to other systems, such as BMS or IBMS systems’ distributed and dispersed control management requirements to all levels of intelligent building. TSINGLI control system is powerful, reliable, easy to expand and able to integrate with other systems seamlessly. TSINGLI control system can work reliably for continuous 24-hour. It’s widely used in meeting room, multiple-function hall, training center, monitoring and commanding center, exhibition center, studio center, industrial automation, building automation, hotel and 3 household automation and other fields. Product Information TL-1000 is designed for military, industrial, commercial or civilian control system environment. It’s a programmable, multi-purpose wireless two-way control touch panel equipped with various configurations such as infrared, and RF. Used cooperatively with wireless AP or 4 the configured wireless transceiver (TL-1000DR or TL-1000DRT), it can work as human-machine control interface or terminal of various systems. TL-1000 wireless touch panel uses 32-bit high performance processor, so it has a strong display and driver capability. Its real-time, Preemptible, multitasking, multithreaded application program structure supports complex application. TL-1000 wireless touch panel has features of high-speed, low power consumption, high-capacity storage and high reliability. It’s very suitable for the following application areas: meeting room, training center, exhibition center, industrial automation, building automation, hotel and household automation and other fields. Basic function Used cooperatively with TL-1000DR or TL-1000DRT wireless transceiver, TL-1000 wireless touch panel can work as an independent system. It also can be used as human-computer control interface or terminal of various systems. 5 TL-1000 wireless touch panel has powerful programmable capability. Program for this device with the matching integrated development software "Vision Master" (referred to as VM) and "Logic Master" (abbreviated LM) software in WINDOWS environment can meet different various applications needs. VM software is used for designing of TL-1000 wireless touch panel display interface. You can make human-computer interfaces with different functions, languages or styles according to application requirements. By programming various control protocol orders for TL-1000 wireless touch panel with LM software at the same time, you can connect to TSINGLI host in manner of RF (need TL-1000DR or TL-1000DRT), also can control the third-party equipment directly in manner of RF (need TL-1000DR or TL-1000DRT). TL-1000 wireless touch panel has infrared control output function. It can control infrared devices directly by itself. TL-1000 wireless touch panel communicates with TL-1000DR or TL-1000DRT wireless transceiver by wireless radio frequency mode. It can set 16 different frequency points near common frequency range 416MHz. 6 TL-1000 wireless touch panel and TL-1000DR or TL-1000DRT wireless transceiver can achieve multi-machine interconnection. At the same frequency, TL-1000 wireless touch panel and TL-1000DR or TL-1000DRT wireless transceiver can set different host numeric ID addresses and multiple (up to 15) destination numeric ID addresses. By setting host numeric ID addresses and destination numeric ID addresses correspond with each other, multi-machine on one panel, multi-panel for one machine, multi-panel on multi- machine and other multi-machine interconnections can be easily achieved. Namely, at the same frequency, TL-1000 wireless touch panel and TL-1000DR or TL-1000DRT wireless transceiver can form a wireless RF communication network including any combination of 16 devices. Technical parameter Item Description CPU 32 Bit JZ4740 Processor 330MIPS 7 Memory 1GB NAND Flash 64MB SDRAM Touch membrane 4-wire resistance induction type RF frequency range 416MHz RF wireless communication two-wayAutomatic error correction coding RF wireless communication distance 70m for exposure 30m for indoor infrared output Programmable infrared control output Animation effects programmable GIF animation effect AC97 audio programmable audioMP3output wireless serial port output programmable wireless serial port control output use with TL-1000DR or TL-1000DRT wireless network control Programmable wireless network control output use with wireless AP 8 Display Size Resolution Brightness color 4.3 inch 480*272 400 cd/m 2 18-bit color or 260 000 color True-color 18-bit, 260 000 color contrast ratio visual angle power apparent color 5001 horizontally 70°70°; vertically 70°50° 5VDC 500mA MINI USB power interface Red, black, silver, blue, white Power consu…

Text truncated - open the document above for the full version.

External Photo External Photo External Photo for Adapter External Photo for TL-1000DRT External Photo for TL-1000R

FCC ID LABEL FCC ID:YMJTL-1000 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. Label Location on EUT EUT Bottom View/ FCC ID Label Location

Internal Photo Internal Photo Internal Photo Internal Photo Internal Photo Internal Photo Antenna Internal Photo Internal Photo

Circuit Description The CPU JZ4740(U1) unit include Y1, U4, U2U3. The Y1 is 32.768 kHz crystal, is provides the clock for the CPU. The U2 and U3 is memory of SDRAM type, store and run program of CPU. The U4 is a kind of memory of NAND flash. It store program and not lost when power down. The C1, C2, C3, C4, C5, C6, C7, C8, C9, C10, C11, C12, C13 is filter for CPU power supply. The U12 is connector to the third party RF module. With connector include power supply and standard RS-232 port. The port is for CPU communicates to RF module. The Q7 is a control transistor to control RF module power supply. If the user program is running, the Q7 should work. Otherwise when user program is in sleep mode, the Q7 will shut down the power supply of RF module. The RF module is supplied with third part. It works on 416MHz. RF connection TL-1000R or TL-1000RW has radio frequency control mode and must be used together with TL-1000DR or TL-1000DRT. The RF frequency range is near 416MHz. It’s a kind of common frequency range micro-power wireless mode. The wireless control is bidirectional control. Configure TL-1000R or TL-1000RW with the assorted integrated development software "Vision Master" (referred to as VM) and "Logic Master" (referred to as LM) software in WINDOWS environment. Set frequency range and address in “Device setup” menu dialog box. Drag RF channel to the corresponding wireless port in “Device view” in wireless touch panel’s LM program. This port number represents the target address, namely the wireless transceiver address that communicates with it. Configure charging on cradle TL-1000DR or TL-1000DRT that has wireless transceiver function with integrated development software RFX configuration tool in WINDOWS environment. After connecting the RFX configuration tool, you can configure the frequency range (physical frequency), local host address, destination address (the address of touch panel) and the baud rate (external). To make two-way communication, the configuration of wireless transceiver and wireless touch panel must be the same to the frequency range and the addresses correspond with each other. The Transmitter Transmitting Time Not More Than 5 Seconds

     
              
 ! " #  $
 $  $%$%&' (( ) *  + ,- . /+0 1+ 0 2+ 11 +3,
4%+1+ 33 5   5  233 5   5  2'6! 72+3 +3 3+8+3 3+4,.4%+1+72+3+ 41%341%3'6! 4%.+,/24%.+/,+4,+3&#+ +78 1%%/ +++++%3+9'':;9''<; .3.1= 5 #,7.3.1= 5 #,7'6! 3 73+/ +3 3+72+3 ,,/3/,/3/74,17414%.+,/28 / 8 / 8+3 3+11 +3,
4,.4
.
/+3/+,-/+ /+8 + 0.//.//8
+ 08 +08
+072+3+ , 5  5 3, 5  5 3'6! 74,17414%.+/78 1%8
+ 08
+0#+ +8 + 08 +0 /+0 1+ 0  + . ,- 2+ 4
.
.//.///+3/+,-/+ /+,+4,+3& 8/1 5 / 5 # 5 1.8/1 5 / 5 # 5 1.'6! 7RWDO3UM  
     
              
 ! " #  $
 $  $%$%&' (( ) *  ,- 2
  ,-1 2
> 30,- .
 30,-1 .
>  + 
 - 
> . 
> /?8 +0 
 1?8 + 0 
> 3, 
 3,

 3 + 3 
> &/1
: &/1  &/1 . &/1 2 &/1> # &13
< &13 .: &13 .< &13  &13> 7 &/1
#: &/1 2< &/1 2: &/1 < &/1> : &/1< -: 44 + #
 &13
2 &13 2@ &13 7: &13 7 &13>  &13< @ &4,, 
 &4,, 
 &8 7
 &8 7@ & ,
 & -@ 74& 2
 & 

74& 2
 & #@ &  #
 &3# 3
 & 7
 41%31 #
> %-384 #
 8
A: ,-,-10 ,30 ,33 4+4%+1+%-384+&/1+'& #
# B'&B
'&
# :'
# '
# #<# B
'& &4,,

:# @'
# ## B'& &8& '
#
># '
# 
# 
'
# & =
.7 

.  C# < C# 0 , >  30 , 
  =
':<-7 
C# <
. ,- 
: C# 

'>- ,-1  + ,- . /+0 1+ 0 11 +3,11 +3,


<:# '
# B'& 
 & '
# #@ # B'& @
- &3#
::# @'
# '
# '
# '
# &/1+'&
@:# <'
# :'
# '
# @'
# B
'& @@
#?>D? &  B'& 11 +3,
%-3= 11 +3,11 +3,
@

- @
- 
:
- %



& %-384+ &  4%+1+ &4,, &8 / :   18    7 < &   , > 2
8
> >>> @'
# @
- @'.?
D E:- @>
- 30 + 5(6(757&-7$*6FK   2
33  .  &  8
/.4

38 30 + % -3= :
- &  33 4+ 2
33  .  &  8:/.4

38 & 
     
              
 ! " #  $
 $  $%$%&' (( ) * :<
# ::
# 72+  3  /3 8 : 4211  /
/3  < 8   @ 2 > 
 2

8  @>4E% <'-  4%+1+ <@
- :<
- 
':& >
#  +3 3+72+  + ,

7 ':# >':#  C#  & ,
7 4%+3 B
'& 


-?
D 

>-?
D ':#  & 4%+3 :
-?
D<<'>-?
D 
C# 
@':# B'& 
 B'& 
 >
 
< >
 <
- B'& 72+3 72+  + &  72+3 ::
- B'& +3 3+ +3 3+ &+8 &
&18  &/  8<0<<4. >'
#  &
<:# &  &
 B  /  7/3,
< 7/3, : 7/3,  7/3, @ 2 >    :.// 8 #
 # >> :C# 4,.

:# @@'@- 8+3 3+ @
- 8+3 3+ 4, . &+8 &  

- E
#4 >
- 4%+3 4%+1+ 4%+1+ 72+3+ 72+3+ 72+3+

       B>& 3 1-3

@:# @
'
# 
- E#4 <.
 &+8 &+/ &+/ 
>
 30 + &+/ E#4 :.
   & 30 + :>
- @< >
 E<#4 32:(56FK   A
.> A>'
& &/
,0  2  #
 
> 3
< &/
: ,0
 2 @ #
 

3
 2
 8>  4E% :
-
     
              
 ! " #  $
 $  $%$%&' (( ) * 
><:@






>
<
:

@
><:@
+%+++-1-3 
><:@






>
<4%.+,/24%.+/,+4 #+ +78 1% 
++++%3+%3+%3
+%3+%3+#3+#%3+#+%/ + 4%.+,/24%.+/,+4#+ + 78 1%  -1 &
E  &E
 E
 E > &E
< E : E  &E @ E>
 E<

&E
 E:
 &

 ,E.
> %3F
< F
: F
 F
@   


?4    
  >  < & : &
  @ >  < 
:    @  

> 
 < -3 : ,-  8E. @ '?#8  & 
E  &E  E@  E
 > &E < E

: E
  &E @ E
 > E
 >
&E > E
> > & > 87=>:&><
<# 47 &
E  &E
 E
 E > &E
< E : E  &E @ E>
 E<

&E
 E:
 &

 ,E.
> %3F
< F
: F
 F
@   


?4    
  >  < & : &
  @ >  < 
:    @  

> 
 < -3 : ,-  8E. @ '?#8  & 
E  &E  E@  E
 > &E < E

: E
  &E @ E
 > E
 >
&E > E
> > & > 87=>:&><
<# 47 
><:@






> 
><:@



 %3+%3
+ %++++ 

-3 ,-+.-1 %3+%3+
:

@
><:@

< # # B'&

:#
:# 
'
# '
# '
# '
# >'
# <'
# :'
# .+'& '
# @'
# 
'
# 

'
# 
'
# 
'
# .+'& 
       >  < ? : 3  3 @ 
 

&
 &
 
 
> ,3
< ,3
: %3
 %4
@    
       >  <  :   /?1 @ /?1
 /?1 
/?1       > & < & :    @   /?1 
/?1>  /?1<  /?1:   >  <  :   8 -@228. %4+#%3+
>
<#+#3+
+ >
- 
- B'& 
><: ?24 4> 
?24
> ?24 < ?24 4< ?24 < >?24> : <?24< 4: :?24: : ?24  @?24@ 4 
?24
  

?24

 
?24
 4 
?24
  
?24
 .> 
>?24
> > 
<?24
< 3 
:?24
: 3 
?24
 3

@?24
@ # ?24 # 
?24
#
?24 2 ?24 2 ?24  >?24>  <?24< 
:?24: …

Text truncated - open the document above for the full version.

FCC PART 15.231 EMI MEASUREMENT AND TEST REPORT For Beijing Union Control Co., Ltd. 506# No.6 Building Fenglan International, 32 Xizhimen North Road, Haidian District, Beijing100082, China FCC ID:YMJTL-1000 Jul. 22, 2010 This Report Concerns: Original Report Equipment Type 4.3WIRELESS CONTROL TOUCH PANEL Test Engineer: Eric Li Report No.: BST10070272R-3 Receive EUT Date/Test Date: Jul.15,2010/ Jul.15-22,2010 Reviewed By: Christina Prepared By: Shenzhen BST Technology Co.,Ltd. 3F,Weames Technology Building, No. 10 Kefa Road,Science Park, Nanshan District,Shenzhen,Guangdong,China Tel: 0755-267477513 Fax: 0755-267477513 ext.826 Note: The test report is specially limited to the above company and this particular sample only. It may not be duplicated without prior written consent of Shenzhen BST Technology Co.,Ltd. This report must not be used by the client to claim product certification,approval,or endorsement by NVLAP, NIST or any agency of the US Government. Beijing Union Control Co., Ltd. FCC ID: YMJTL-1000 BST FCC ID REPORT : BST10070272R-3 Page 2/16 TABLE OF CONTENTS 1. GENERAL INFORMATION ....................................................................................................3 1.1. Report information ............................................................................................................3 1.2. Measurement Uncertainty .................................................................................................3 2. PRODUCT DESCRIPTION ......................................................................................................4 2.1. EUT Description ...............................................................................................................4 2.2. Block Diagram of EUT Configuration..............................................................................4 2.3. Support Equipment List ....................................................................................................4 2.4. Test Conditions .................................................................................................................4 3. FCC ID LABEL...........................................................................................................................5 4. TEST RESULTS SUMMARY ...................................................................................................6 Modifications ................................................................................................................................6 5. TEST EQUIPMENT USED .......................................................................................................7 6. CONDUCTED POWER LINE TEST .......................................................................................8 6.1. Test Equipment .................................................................................................................8 6.2. Test Procedure ..................................................................................................................8 6.3. Test Setup..........................................................................................................................8 6.4. Configurating of the EUT .................................................................................................8 6.5. EUT Operating Condition...............................................................................................10 6.6. Conducted Power line Emission Limits..........................................................................10 6.7. Conducted Power Line Test Result.................................................................................11 7. RADIATION EMISSIONS ......................................................................................................12 7.1. Test Equipment ...............................................................................................................12 7.2. Test Procedure ................................................................................................................12 7.3. Radiated Test Setup ........................................................................................................12 7.4. Radiated Emission Limit.................................................................................................12 7.5. Radiated Emission Test Result .......................................................................................13 8. 20B BANDWIDTH....................................................................................................................14 8.1. Test Equipment ...............................................................................................................14 8.2. Test Procedure ................................................................................................................14 8.3. FCC 15.231(c) 20B Bandwidth Limit.............................................................................14 8.4. Test Result ......................................................................................................................14 9. DEACTIVATION TESTING...................................................................................................15 9.1. Test Equipment ...............................................................................................................15 9.2. Test Procedure ................................................................................................................15 9.3. Deactivation Requirement ..............................................................................................15 9.4. Test Result ......................................................................................................................15 10. ANTENNA REQUIREMENT .................................................................................................16 10.1. STANDARD APPLICABLE..........................................................................…

Text truncated - open the document above for the full version.