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8 Power states and current consumption breakdown

8.4 TWN4 Palon Square

Host Connection

USB

RS485

Typical Consumption in Base System States

Normal Idle

71

65

Sleep

25

16

Sleep LPCD Option

26

17

Stop

N/A

11

Stop LPCD Option

N/A

12

Maximum Consumption by Function wrt. Normal Idle System State

SearchTag-HF

+86

SearchTag-LF

+15

BLE Active Transmission (1 dBm output power)

N/A

BLE Active Transmission (8 dBm output power)

N/A

Speaker Constant Tone

+65

LED (5 Red)

+36

LED (5 Green)

+25

LED (5 Blue)

+15

Table 8.6: Current Consumption Breakdown given +5V DC Supply (mA)

Page 33 of 36

Summary of Contents for TWN4 Palon Compact

Page 1: ...TWN4 Palon Technical Handbook DocRev5 March 5 2021 ELATEC GmbH ...

Page 2: ... 4 4 Dimensions LEGIC 19 5 5 DIP Switch and Main Connector 20 5 5 1 Cable for RS232 and RS485 21 5 5 2 IPE 21 6 TWN4 Palon Square PCB 24 6 1 Functional Overview 24 6 2 Dimensions 25 6 3 Pinout 25 7 Bluetooth Low Energy BLE Feature 27 8 Power states and current consumption breakdown 28 8 1 TWN4 Palon One 28 8 2 TWN4 Palon Compact 29 8 2 1 TWN4 Palon Compact 29 8 2 2 TWN4 Palon Compact Light 30 8 3 ...

Page 3: ...on A variety of interfaces are supported including USB RS485 RS232 Wiegand and Clock Data An optional OSDP protocol is additionally available Up to five RGB LEDs can be freely programmed for optical signaling Along with that a SAM slot is provided for applications with enhanced security requirements This technical handbook provides the details needed to get started using the TWN4 Palon a functiona...

Page 4: ...Light Light PCB type Single board Two stacked boards Two stacked boards Single board HF Frontend LEGIC LEGIC NXP NXP LF HF BLE Nr of SAM Slots 1 1 1 2 LEDs 2 5 RGB 1 RGB 5 RGB 1 RGB 1 RGB IPE1 RS232 RS485 Tamper protection switch IR light barrier IR light barrier 3 axis sensor Connection 6 Pin USB 8 Pin USB 8 Pin USB 10 5 Pin USB Table 2 1 Different features of TWN4 Palon Versions 1 IPE Intelligen...

Page 5: ...Antenna T4WA 1A16 or Antenna T4WA 5A16 TWN4 Palon Compact LEGIC T4W2 B01C7 Mainboard T4WM B1C17 Antenna T4WA 1A16 or Antenna T4WA 5A16 TWN4 Palon Compact LEGIC Light T4W2 B02B6 Mainboard T4WM B1C17 Antenna T4WA 1A16 or Antenna T4WA 5A16 TWN4 Palon Square T4WQ F1F26 single PCB Table 2 2 Article Numbers of TWN4 Palon Versions Note Do not mix mainboards and antenna boards of different TWN4 Palon Comp...

Page 6: ...pp to start without USB enumeration To use the Host communication routines like HostWriteByte with RS232 or RS485 connection also add following code to the TWN4 App SetHostChannel CHANNEL_COM1 A complete example of the TWN4 App is listed below include twn4 sys h include apptools h necessary for Non USB communication const unsigned char AppManifest EXECUTE_APP 1 EXECUTE_APP_ALWAYS TLV_END int main ...

Page 7: ...peration it requires a 5 0V via USB or 9 0V 30V via connector X2 power source and connection to a host The device can be connected to the host via USB or RS485 RS232 optionally interface The TWN4 Palon One also offers a SAM slot and a speaker on board as well as two RGB LEDs For sabotage detection the board is equipped with a micro tamper switch SW2 A DIP switch can be used to set the address for ...

Page 8: ...4 TWN4 Palon One PCB Figure 4 1 TWN4 Palon One Functional Overview Page 8 of 36 ...

Page 9: ...4 TWN4 Palon One PCB 4 2 Dimensions and Pinout Figure 4 2 provides the physical dimensions of the TWN4 Palon One All dimensions in mm unless other wise stated Figure 4 2 PCB Dimensions Page 9 of 36 ...

Page 10: ... 2 shows the assignment of the DIP switches DIP Assignment 1 RS485 address 0 LSB 2 RS485 address 1 3 RS485 address 2 4 RS485 address 3 MSB 5 RS485 bias 6 RS485 baud rate LSB 7 RS485 baud rate MSB 8 RS485 Termination 120 Ohm Table 4 2 DIP switches The behaviour of the DIP switches 1 7 is controlled by firmware and may change in future When switch 5 RS485 bias is switched on a pull up resistor is co...

Page 11: ... OFF ON 5 OFF ON ON OFF 6 OFF ON ON ON 7 ON OFF OFF OFF 8 ON OFF OFF ON 9 ON OFF ON OFF 10 ON OFF ON ON 11 ON ON OFF OFF 12 ON ON OFF ON 13 ON ON ON OFF 14 ON ON ON ON 15 Table 4 3 DIP switches for RS485 address Table 5 5 shows the selectable baud rates with DIP6 and DIP7 DIP7 DIP6 Baud rate OFF OFF 9600 OFF ON 19200 ON OFF 38400 ON ON N A Table 4 4 DIP switches for RS485 baud rate Page 11 of 36 ...

Page 12: ...rs a SAM slot and a speaker on board as well as up to five RGB LEDs For sabotage detection the board is equipped with a reflection sensor A DIP switch can be used to set the address for RS485 operation The TWN4 Palon Compact can interact with the user via Bluetooth Low Energy interface This develop ment pack contains documentation of BLE API implemented on the module TWN4 Palon Compact consist of ...

Page 13: ...on Compact Figure 5 1 Palon Compact Dimensions All dimensions in mm unless otherwise stated Please note that the antenna shield PCB is smaller than the mainboard PCB which is related to the housing Page 13 of 36 ...

Page 14: ...e twin PCB unit T4W2 Palon Compact and is connected to the mainboard via two 6 pin headers 5 2 1 Functional Overview Figure 5 2 TWN4 Palon Compact Antenna Functional Overview Note The pin headers X1 and X2 are only for internal connection of antenna PCB and mainboard Page 14 of 36 ...

Page 15: ...gure 5 3 provides the physical dimensions of the TWN4 Palon antenna PCB All dimensions in mm un less otherwise stated The newer version of the board is Figure 5 4 Figure 5 3 PCB Dimensions T4WA 1 Figure 5 4 PCB Dimensions T4WA 5 Page 15 of 36 ...

Page 16: ...L 5 OUTPUT Reset 6 INPUT Interrupt 7 GND 8 GND 9 RFU 10 RFU Table 5 1 X4 Pinout 5 4 Main PCB The mainboard is the second of two parts of the twin PCB unit T4W2 Palon Compact and is connected to the antenna PCB via two 6 pin headers There is a MIFARE and a LEGIC version available 5 4 1 Functional Overview MIFARE Note The pin headers X1 and X2 are only for internal connection of antenna PCB and main...

Page 17: ... Figure 5 5 TWN4 Palon Compact Main PCB Functional Overview 5 4 2 Dimensions MIFARE Figure 5 6 provides the physical dimensions of the TWN4 Palon MIFARE mainboard All dimensions in mm unless otherwise stated Page 17 of 36 ...

Page 18: ... 0 0 L 2 0 1 X2 X1 SW1 11 90 16 70 6 00 19 50 4 70 17 20 8 90 16 70 1 8 Figure 5 6 PCB Dimensions 5 4 3 Functional Overview LEGIC Note The pin headers X1 and X2 are only for internal connection of antenna PCB and mainboard Page 18 of 36 ...

Page 19: ...5 TWN4 Palon Compact 5 4 4 Dimensions LEGIC Figure 5 8 provides the physical dimensions of the TWN4 Palon LEGIC mainboard All dimensions in mm unless otherwise stated Page 19 of 36 ...

Page 20: ...ent of the DIP switches DIP Assignment 1 RS485 address 0 LSB 2 RS485 address 1 3 RS485 address 2 4 RS485 address 3 MSB 5 RS485 bias 6 RS485 baud rate LSB 7 RS485 baud rate MSB 8 RS485 Termination 120 Ohm Table 5 3 DIP switches The assignment of DIP switches relates to version with RS485 For RS232 Wiegand Clock Data and the DIP switches are not in use The behaviour of the DIP switches 1 7 is contro...

Page 21: ...ess Table 5 5 shows the selectable baud rates with DIP6 and DIP7 DIP7 DIP6 Baud rate OFF OFF 9600 OFF ON 19200 ON OFF 38400 ON ON N A Table 5 5 DIP switches for RS485 baud rate 5 5 1 Cable for RS232 and RS485 For connection of RS232 and RS485 we recommend a shielded twisted pair cable e g Belden 8723 5 5 2 IPE The IPE1 Intelligent Peripheral Extender is an independent microcontroller used for indi...

Page 22: ...5 TWN4 Palon Compact Figure 5 7 TWN4 Palon Compact Main PCB Functional Overview Page 22 of 36 ...

Page 23: ...5 TWN4 Palon Compact T 4 W M B 1 1 0 0 11 90 16 70 17 20 8 90 16 70 4 70 6 00 19 50 X2 SW1 X1 1 8 Figure 5 8 PCB Dimensions LEGIC Page 23 of 36 ...

Page 24: ...ice can be connected to the host via USB or RS485 interface The address for RS485 is configured by software A bidirectional OneWire port is integrated for special customer requirements The TWN4 Palon Square also offers a dual SAM slot depending on model and a speaker on board as well as up to five RGB LEDs For sabotage detection the board is equipped with a sabotage button depending on the model T...

Page 25: ...s the pinout of X1 The address for RS485 is set by software The RS485 bias and termination cannot be set on this model This must be wired externally The relay REL1 is optionally equipped depending on the model Table 6 2 shows the pinout of X2 X3 is a standard USB connector with micro USB X4 is an optional expansion connector for plug in boards on the front e g touch screen The pinout is shown in T...

Page 26: ... Input 2 8 Digital Input 3 9 RS485_A 10 RS485_B Table 6 1 X1 Pinout Pin Name 1 Relay normally open 2 Relay common 3 Relay normally close 4 Digital Input 4 Sabotage contact 5 GND Table 6 2 X2 Pinout Pin Name 1 Output 5V 2 GND 3 I2C_SDA 4 I2C_SCL 5 OUTPUT Reset 6 INPUT Interrupt 7 GND 8 GND 9 RFU 10 RFU Table 6 3 X4 Pinout Page 26 of 36 ...

Page 27: ...e Phys ical Link and L2CAP Layers of the BLE Protocol The API is implemented within the firmware of the main TWN4 microcontroller The two chips interact via the COM2 port and GPIO7 connected to Reset of BGM11S of the TWN4 microcontroller thereby making COM2 and GPIO7 unavailable for custom user functions For more information regarding the Bluetooth Low Energy Standard please see document Designing...

Page 28: ...al Consumption in Base System States Normal Idle 70 65 Sleep 28 19 Sleep LPCD Option N A N A Stop N A 12 Stop LPCD Option N A N A Maximum Consumption by Function wrt Normal Idle System State SearchTag HF 80 SearchTag LF 18 Speaker Constant Tone 80 LED 2 Red 14 LED 2 Green 7 Table 8 1 Current Consumption Breakdown given 5V DC Supply mA Page 28 of 36 ...

Page 29: ...5 16 Sleep LPCD Option 26 17 Stop N A 11 Stop LPCD Option N A 12 Maximum Consumption by Function wrt Normal Idle System State SearchTag HF 86 SearchTag LF 15 BLE Active Transmission 1 dBm output power 11 BLE Active Transmission 8 dBm output power 21 Speaker Constant Tone 89 LED 5 Red 36 LED 5 Green 25 LED 5 Blue 15 Table 8 2 Current Consumption Breakdown given 5V DC Supply mA Page 29 of 36 ...

Page 30: ...Sleep LPCD Option 39 29 Stop N A 23 Stop LPCD Option N A 24 Maximum Consumption by Function wrt Normal Idle System State SearchTag HF 80 SearchTag LF 16 BLE Active Transmission 1 dBm output power N A BLE Active Transmission 8 dBm output power N A Speaker Constant Tone 89 LED Red 8 LED Green 6 LED Blue 4 Table 8 3 Current Consumption Breakdown given 5V DC Supply mA Page 30 of 36 ...

Page 31: ...ep 33 26 Sleep LPCD Option N A N A Stop N A 20 Stop LPCD Option N A N A Maximum Consumption by Function wrt Normal Idle System State SearchTag HF 80 SearchTag LF 16 BLE Active Transmission 1 dBm output power 11 BLE Active Transmission 8 dBm output power 21 Speaker Constant Tone 89 LED 5 Red 36 LED 5 Green 25 LED 5 Blue 15 Table 8 4 Current Consumption Breakdown given 5V DC Supply mA Page 31 of 36 ...

Page 32: ...ep LPCD Option N A N A Stop N A 32 Stop LPCD Option N A N A Maximum Consumption by Function wrt Normal Idle System State SearchTag HF 80 SearchTag LF 16 BLE Active Transmission 1 dBm output power N A BLE Active Transmission 8 dBm output power N A Speaker Constant Tone 89 LED 5 Red 36 LED 5 Green 25 LED 5 Blue 15 Table 8 5 Current Consumption Breakdown given 5V DC Supply mA Page 32 of 36 ...

Page 33: ...D Option 26 17 Stop N A 11 Stop LPCD Option N A 12 Maximum Consumption by Function wrt Normal Idle System State SearchTag HF 86 SearchTag LF 15 BLE Active Transmission 1 dBm output power N A BLE Active Transmission 8 dBm output power N A Speaker Constant Tone 65 LED 5 Red 36 LED 5 Green 25 LED 5 Blue 15 Table 8 6 Current Consumption Breakdown given 5V DC Supply mA Page 33 of 36 ...

Page 34: ...P protocol requires some preparation 1 Hardware RS 485 USB Connector see section 9 1 A shielded cable with at least 4 wires see section 9 2 A Computer with free USB Port available 2 Software An OSDP test program Conformance Tester from Security Industry Association https github com Security Industry Association libosdp conformance 3 Correctly configured Elatec reader The OSDP template must be sele...

Page 35: ...ogram is only available for Linux Debian 9 4 Connection Connect the RS 485 USB converter to the computer running the OSDP test program Connect two of the wires from the cable to the converter s connector for the A and B lines Then connect the wire for line A to pin 3 on the main connector of the Palon reader Repeat the same with wire B for line B but this time connect it to pin 4 on the main conne...

Page 36: ...duct with any other specifications but the ones mentioned above Any additional requirement for a specific custom application has to be validated by the customer himself at his own responsibility Where application information is given it is only advisory and does not form part of the specification All referenced brands product names service names and trademarks mentioned in this document are the pr...

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