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SCREEN SIZE

10.4”

12.1”

15.0”

15.6”

18.5”

19.0”

21.5”

Model No.

ATOM01-

104-7-40-

940

ATOM01-

121-7-40-

940

ATOM01-

150-7-40-

940

OF-156-

914H & 

ATOM01-

000-0-40-

900

OF-185-

914H & 

ATOM01-

000-0-40-

900

OF-190-

914H & 

ATOM01-

000-0-40-

900

OF-215-

914H & 

ATOM01-

000-0-40-

900

DISPLAY

LCD Display Type

Thin Film Transistor (TFT)

Colour Depth

True Colour (24-bit colour)

Resolution

1024 x768

1024 x768

1024 x 768

1920 x1080

1920 x1080

1280 x 1024

1920 x 1080

Aspect Ratio

4:3

4:3

4:3

16:9

16:9

5:4

16:9

Viewing Area (W x H) 
(mm)

211 x 158

246 x 185

304 x 228

344 x 194

409 x 230

376 x 301

477 x 268

Horizontal Viewing 
Angle (°)

+88/-88

+88/-88

+85/-85

+89/-89

+89/-89

+85/-85

+89/-89

Vertical Viewing 
Angle (°)

+88/-88

+88/-88

+85/-85

+89/-89

+89/-89

+80/-80

+89/-89

Luminance

400

500

270

400

350

300

300

Contrast Ratio

700:1

1200:1

1500:1

800:1

1000:1

2000:1

5000:1

ELECTRICAL & ENVIRONMENTAL

Operating Voltage 
(VDC)

12~24V DC

Typical Current 
Consumption (A) 

Main/Aux Display

1.38/0.5

1.54/1

1.71/0.92

0.71/1.42

0.71/1.67

0.71/1.58

0.71/1.17

Typical Power 
Consumption (W)

Main/Aux Display

16.5/6

18.5/12

20.5/11

8.5/17

8.5/20

8.5/19

8.5/14

Operating 
Temperature (

o

C)

0 < 50

Humidity Range 
(%RH)

10 < 90

Backlight MTBF (Hrs)

50,000

MECHANICAL

Mounting options

Flush Mount 

Overall Dimensions 

4

  

(W x H x D mm)

280 x 235 

x 38

290 x 240 

x 38

357 x 289 x 

37.5

202x277.5x 23

Main Screen

 Central Processing Unit (CPU)

280 x 235 

x30

290 x 240 

x 30

357 x289 

x 30

398 x 222 

x 38

494 x 270 

x 40

435 x 380 

x 40

527 x 338 

x 38

Auxillary Screen, if required

Auxillary Screen

COMMUNICATION & I/0 INTERFACES

Signal Interface

E-Motive 4-Wire, MKCAN

Network Interface

Ethernet (RJ45)

I/O Interface

DC-In,  DC-Out, HDMI, USB, Audio-Out

Technical Specifications

Before 

You start

Mechanical 

installation

Quick setup 

guide

Wiring and 

connections

Network 

overview

Technical 

specification

Before 

You start

Mechanical 

installation

Quick setup 

guide

Wiring and 

connections

Network 

overview

Technical 

specification

Summary of Contents for E-MOTIVE ATOM ATOM01-000-0-40-900

Page 1: ...ATOM Cloud connected high performance multimedia elevator display Installation Guide ...

Page 2: ... to building network Ethernet Switch for mulit lift building connection 5m USB Extension Cable Male Female 133 C 1 0229 Before you start Before You start Mechanical installation Quick setup guide Wiring and connections Network overview Technical specification UK t 44 0 1628 540 100 e sales uk avire global com Australia t 61 2 9669 1102 e sales au avire global com Singapore t 65 6776 4111 e sales s...

Page 3: ... EMD DIP SWITCH SW2 SW3 10 11 12 13 2 4 5 8 6 7 3 TLA MAC AddR s n ATOMELEVATOR DISPLAY Note Emergency power via a UPS or external system can be wired to the display using the EMER IN 3 connection shown above 12V DC This will allow the display to operate as normal should there be an interuption to the primary power supply If acceessories or slave displays are being powered from the on board output...

Page 4: ...0 Mating Connector Type Compatible USB Type A Plug Connector Type USB SR 4A from MoreThanall or equivalent Mating Connector Type Compatible HDMI Lead 6 HDMI HDMI1 HDMI2 HDMI Connector Connector Type 47151 1001 from Molex Mating Connector Type HDMI Cable 7 LAN1 LAN Connector Connector Type J0026D21BNL from Pulse or equivalent Mating Connector Type RJ45 LAN Connector 8 Network Status LEDs MKCANBus 2...

Page 5: ...reen 7 For connected displays connect the VDSL Tail unit to the display using the LAN connection and ensure VDSL Head Tail are correctly configured using the dipswitch selection on the VDSL units The VDSL Tail can be powered by the 12V or 5V output on the display Caution Risk of electric shock Never remove the casing of the unit Ensure that the power supply is connected properly and that the volta...

Page 6: ...levator Signal Elevator Controller 1 Encoder 9 Elevator Controller 8 Display 16 Encoder 16 11 32 MONDAY 10 SEPTEMPER 2021 Display 9 11 32 MONDAY 10 SEPTEMPER 2021 Elevator Controller 1 Encoder 1 Elevator Controller 8 Display 8 Encoder 8 11 32 MONDAY 10 SEPTEMPER 2021 Display 1 11 32 MONDAY 10 SEPTEMPER 2021 Machine Room 1 Central Location Machine Room 2 To other Machine Rooms Cabling not supplied ...

Page 7: ...etwork overview Navigation Box ATOM Display 11 32 MONDAY 10 SEPTEMPER 2021 Navigation Box ATOM Display 11 32 MONDAY 10 SEPTEMPER 2021 Navigation Box Internet MK 775 DCP Central Location Car 1 Car 2 Car 3 Car 4 ATOM Display 11 32 MONDAY 10 SEPTEMPER 2021 Navigation Box ATOM Display 11 32 MONDAY 10 SEPTEMPER 2021 Navigation Box ...

Page 8: ...R DO D N P 1 P 2 R 6 POW IN P2 P1 1 Connect data data return wiring for the 4 wire serial output JP9 SER1 on the CX BASIC 2 Ensure the screen is mounted correctly within the fixture 3 Screw in the power and ground wiring to the ATOM Display The input is 12 24V DC and dual polarity 4 Connect data data return to EMD serial communication on the display from the CX BASIC JP9 SER1 Screw in the power wi...

Page 9: ...isplay on a metal surface 3 Handle the display only by holding it by its frame or edges 4 Do not touch exposed circuitry pins or joints 5 Limit movement while handling the display as movement can cause static exectricity to build up 6 Additional care needs to be taken while handling the display during cold weather as heating reduces indoor humidity resulting in an increase in static electricity Ca...

Page 10: ...N RESET PWR IN LPBUS HDMI2 HDMI1 Micro USB Micro SD INPUT LAN USB3 ADJ AUD MIC USB1 USB2 BRIGHTNESS PWR OUT EMD DIP SWITCH SW2 SW3 TLA MAC AddR s n ATOMELEVATOR DISPLAY JP10 SER2 RS232 Serial input for encoder programming JP2 PART Configurable input signals To ATOM Display Above 12VDC 0V JP1 POW 12VDC From ATOM Above JP15 USB port From Power Supply Unit From CX BASIC Below ...

Page 11: ...ted correctly within the fixture 3 Screw in the power and ground wiring to the ATOM Display The input is 12 24V DC and dual polarity 4 Connect VCAN CANH CANL GND wiring to MKCAN OUT on the display and wire directly to the other input on the Navigation Box Connect the other Output on the Navigation Box to the MKCAN connection on the DCP step 1 5 Follow Navigation Box installation guide to run Nav L...

Page 12: ...es an on board programming interface allowing the user to make minor configuration changes such as date time and time zone configuration This is configured by a menu that appears when SW2 and SW3 tact switches or pushed together The respective fields can then be set after the Entering Menu Mode disappears Once the OSD menu is active you can navigate the menu via tact switch by pressing SW2 for mod...

Page 13: ...ed this section will show Not Applicable If Navigation Box is connected select Automatic unless exact elevator speed is known 75 cm s 30 75 cm s 15 30 cm s DST Zone 0 Set device daylight savings time settings 1 US 2 UK 3 AUS 4 NZ 5 Custom DST Month DST Day DST Week Day DST Month DST Day DST Week Day Date Time Year Set display date time settings Note If the display has a live internet connection th...

Page 14: ...2 24V DC Typical Current Consumption A Main Aux Display 1 38 0 5 1 54 1 1 71 0 92 0 71 1 42 0 71 1 67 0 71 1 58 0 71 1 17 Typical Power Consumption W Main Aux Display 16 5 6 18 5 12 20 5 11 8 5 17 8 5 20 8 5 19 8 5 14 Operating Temperature o C 0 50 Humidity Range RH 10 90 Backlight MTBF Hrs 50 000 MECHANICAL Mounting options Flush Mount Overall Dimensions 4 W x H x D mm 280 x 235 x 38 290 x 240 x ...

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