EverFocus Speed Dome EPTZ1000 User manual

Speed Dome
EPTZ1000
USER MANUAL
Date: Aug. 11th, 2005

1-1
Table of Contents
1. EPTZ1000 OVERVIEW.....................................................1-3
1.1. Introduction .............................................................................................. 1-3
1.2. Feature ...................................................................................................... 1-4
1.2.1. Profile of EPTZ1000.......................................................................... 1-4
1.2.2. EPTZ1000 Base Board...................................................................... 1-4
1.2.3. EPTZ1000 Control Board ................................................................. 1-5
1.3. EPTZ1000 Connection............................................................................. 1-6
1.4. EPTZ1000 Quick Operation Guide (Work with EKB500)...................... 1-7
2. EPTZ1000 INSTALLATION..............................................2-8
2.1. Packing List.............................................................................................. 2-8
2.2. Cable Needed ........................................................................................... 2-8
2.3. Initial Setup............................................................................................... 2-9
2.3.1. Address Setting .............................................................................. 2-10
2.3.2. Communication Protocol Setting.................................................. 2-13
2.3.3. Transmission Speed Setting (Baud Rate Setting)....................... 2-13
2.3.4. Video Format Setting...................................................................... 2-14
2.3.5. RS-485 Bus Terminator Resistance .............................................. 2-14
2.4. Rack and Speed Dome Installation ......................................................2-16
2.4.1. Installation Requirements.............................................................. 2-16
2.4.2. EPTZ1000 Dome Camera Wall Mount Installation.......................2-16
2.5. Separately Sold Brackets...................................................................... 2-19
2.5.1. Wall mount....................................................................................... 2-19
2.5.2. Pole adapter .................................................................................... 2-19

1-2
2.5.3. Corner mount .................................................................................. 2-20
2.5.4. Pole mount ...................................................................................... 2-20
2.5.5. Ceiling mount.................................................................................. 2-21
2.5.6. Embedded ceiling mount............................................................... 2-21
3. EPTZ1000 CAMERA SETUP MENU..............................3-22
3.1. Structure of the Setup Menu................................................................. 3-22
3.1.1. Camera Setup Menu ....................................................................... 3-23
4. EPTZ1000 FUNCTION SETUP AND OPERATION........4-27
4.1. Manual Control Mode............................................................................. 4-27
4.2. Auto Pan Mode....................................................................................... 4-27
4.3. Position Setting...................................................................................... 4-27
4.4. Tour Mode ............................................................................................... 4-28
4.5. Alarm to Position/Tour Link..................................................................4-29
4.6. Other operations .................................................................................... 4-29
APPENDIX A: The Alarm I/O Connection...............................4-30

1-3
1. EPTZ1000 OVERVIEW
1.1. Introduction
EPTZ1000, an intelligent high-speed dome camera is ready to secure your property
with its omni-directional and exact monitoring. An 18X optical and 12X digital zoom
combining with a high-performance chip makes captured images clear and vivid. The
other powerful camera functions EPTZ1000 equips with:
¾PAL / NTSC image format suppose.
¾Auto and fast focus increases the searching speed and precision.
¾Auto Iris adjusts the monitoring image to the best brightness.
¾White Balance function makes the shades of color more natural in different
light conditions.
¾BLC (Backlight Compensation) function makes objects clear in a high
illumination background.
¾Color / B&W images auto switching to enhance the sensitivity in a low light
condition or at night.
Furthermore, the micro control unit enables camera a nimble and exact movement
from minimal 0.01°/sec to maximal 360°/sec. It can go to every preset position in 1
second. It also has other advantages such as:
¾192 preset positions are available.
¾16 cruise tours can be set, and each tour contains up to 16 positions.
¾Up to256 speed domes can be supported on a RS485 bus when all speed
domes are controlled by keyboard EKB500.
¾Auto heater and fan to fit all kinds of temperature.
¾Provide 4 alarm inputs and 1 alarm output.

1-4
All of the features make the intelligent high-speed dome camera works for a wide
range and demanding application such as banks, airports, stations, casinos, streets of
cities, intelligent buildings, and etc.
1.2. Feature
1.2.1. Profile of EPTZ1000
Wall Mount Bracket
Housing
Inner Housing
M5 Bolt (Hex) x3
M3 Bolt x3
BNC Cable
Power Cable
RS485 Cable
Connection Bus
Bulb
Mechanical Part
Camera Module
Control board
Base PCB board
1.2.2. EPTZ1000 Base Board
The base board that is on the bottom of the housing connects to power cable, video cable,
control cable, alarm cable, fan and heater. In order to connect to cables, the board needs to
be taken off, and put back after finishing connecting to all cables. The connectors of cable
names are marked on the board in white text. The details of the alarm connector (JP5) are
shown on the APPENDIX A.
JP1, JP3 and JP6 that are two-pin connectors need to be taken of during installing. JP1

1-5
and JP3 are connectors for heater, and they can be switched. JP6 is a fan controller
connector that turns on/off of the fan. The 3 cables are too short to be connected to a wrong
connector when putting them back.
RELAY
JP6 JP4
JP3 JP1
JP5
Video +
Video -
RS485 +
RS485 -
AC24
AC24
1.2.3. EPTZ1000 Control Board
The PCB board with two dipswitches is the control board of EPTZ1000. The two switches
are used to set address, protocol, Baud Rate, video format and terminator resistance.
SW1
ON
12345678
CPU
ON
12345678
SW2
ID1
ID2
ID3
ID4
ID5
ID6
ID7
ID8
Protocol
BAUD

1-6
1.3. EPTZ1000 Connection
Alarm 1
Alarm 4
Alarm 3
Alarm 2
GROUND
RS485 Tx(+)
RS485 Tx(-)
24V AC110V AC
Video Out
POWER
24V AC / 3.5 A
BNC
1.0Vpp ¡Ó0.2V, 75
RS485 Control Line
4 ALARM INPUTS
Adapter
Ω
EPTZ1000

1-7
1.4. EPTZ1000 Quick Operation Guide (Work with EKB500)
EPTZ1000 and EKB500 (Keyboard) can work together by using factory default
setting. You just need to connect cables by the following steps:
1. Connect the RS485 cable to EPTZ1000 and a keyboard (EKB500).
2. Connect a video cable from EPTZ1000 to a monitor.
3. Connect the power to EPTZ1000 and a keyboard (EKB500).
After the EPTZ1000 finishes the self-test mode, you can start to operate the
EPTZ1000 via the keyboard.
To operate the EPTZ1000:
IRIS
+
Focus
F.
Zoom
In
-N.Out
UP
DOWN
LEFT RIGHT
Zoom INZoom OUT
1. Shift the Joystick up/down or right/left to view from camera.
2. Turn the top of the Joystick to zoom in/out.
3. Press Zoom In/Out, Focus F. /N. and IRIS +/- function keys to operate the
EPTZ1000.

2-8
2. EPTZ1000 INSTALLATION
2.1. Packing List
There are 3 boxes that are housing, bulb and mechanical part with a camera module,
one wall mount bracket, one power adapter and one tool packet in the package. The detail
accessories list below:
¾Housing x1
¾Bulb x1
¾Mechanical part with a camera module x1
¾Wall mount bracket x1
¾Adapter x1
¾Tool packet
Glove x2
Screw driver (small) x1
Screw driver (big) x1
M5 Hex Allen wrench x1
Pin connector x1
M5 screw (Hex) x3 for wall mount bracket fixing
M3 screw x3 for bulb fixing
2.2. Cable Needed
Power Cable
An adapter with 24V AC/3.5A output provides the power to EPTZ1000. An extension
power line may be needed.

2-9
Note: The input AC voltage range of an adapter depends on different area.
Please make sure the voltage range before installing.
Video Cable
A BNC cable is used for connecting EPTZ1000 to a DVR or a monitor. An amplifier may
be needed if the video cable is too long.
Control Cable
Basically, EPTZ1000 uses a differential pair to connect to other devices by cascading. A
cable that has low signal decline can be used as a control cable.
Alarm Cable
An alarm cable is not included in the packing list. A suitable wire can be used as an
alarm cable.
2.3. Initial Setup
Initial setup includes dome address, communication protocol, transmission speed,
video format, and terminator resistance settings. All of the settings should be confirmed
before the dome is installed. The control-related setting that is address, communication
protocol and transmission speed have to be set consistently with the control device such as
a keyboard or a DVR.
Notice: Please make sure the power is off before setting, and restart the EPTZ1000 to
enable a new value after changing.

2-10
2.3.1. Address Setting
The address code of the EPTZ1000 should be set to correspond properly with a
control device to control multiple dome cameras. The address codes are made up by the
dipswitch SW1 (8 bits) on the PCB board. The 8 bits dipswitch indicates the binary coded
of the address, and there are 256 addresses can be selected (0 ~ 255, 28= 256). It also
means that there up to 256 dome cameras can cascade on the RS485 bus. The
dipswitch setting and the indicated address are represented in the following chart.
Note: The factory default address is 1.
Notice: Please make sure the power is off before setting, and restart the EPTZ1000 to
enable a new value after changing.

2-11
ON
12345678
Switch Address
1
ON
12345678 2
ON
12345678 3
ON
12345678 4
ON
12345678 5
ON
12345678 6
ON
12345678 7
ON
12345678 8
ON
12345678 9
ON
12345678 10
ON
12345678 11
ON
12345678 12
ON
12345678
Switch Address
13
ON
12345678 14
ON
12345678 15
ON
12345678 16
ON
12345678 17
ON
12345678 18
ON
12345678 19
ON
12345678 20
ON
12345678 21
ON
12345678 22
ON
12345678 23
ON
12345678 24
ON
12345678 25
ON
12345678 26
ON
12345678 27
ON
12345678 28
ON
12345678 29
ON
12345678 30
ON
12345678 31
ON
12345678
Switch Address
33
ON
12345678 34
ON
12345678 35
ON
12345678 36
ON
12345678 37
ON
12345678 38
ON
12345678 39
ON
12345678 40
ON
12345678 41
ON
12345678 42
ON
12345678 43
ON
12345678 44
ON
12345678 45
ON
12345678 46
ON
12345678 47
ON
12345678 48
ON
12345678 49
ON
12345678 50
ON
12345678 51
ON
12345678 52
ON
12345678 53
ON
12345678 54
ON
12345678 55
ON
12345678 56
ON
12345678 57
ON
12345678 58
ON
12345678 59
ON
12345678 60
ON
12345678 61
ON
12345678 62
ON
12345678 63
Switch Address Switch AddressSwitch AddressSwitch Address Switch AddressSwitch Address
ON
12345678
Switch Address
65
ON
12345678 66
ON
12345678 67
ON
12345678 68
ON
12345678 69
ON
12345678 70
ON
12345678 71
ON
12345678 72
ON
12345678 73
ON
12345678 74
ON
12345678 75
ON
12345678 76
ON
12345678
Switch Address
77
ON
12345678 78
ON
12345678 79
ON
12345678 80
ON
12345678 81
ON
12345678 82
ON
12345678 83
ON
12345678 84
ON
12345678 85
ON
12345678 86
ON
12345678 87
ON
12345678 88
ON
12345678 89
ON
12345678 90
ON
12345678 91
ON
12345678 92
ON
12345678 93
ON
12345678 94
ON
12345678 95
ON
12345678
Switch Address
97
ON
12345678 98
ON
12345678 99
ON
12345678 100
ON
12345678 101
ON
12345678 102
ON
12345678 103
ON
12345678 104
ON
12345678 105
ON
12345678 106
ON
12345678 107
ON
12345678 108
ON
12345678 109
ON
12345678 110
ON
12345678 111
ON
12345678 112
ON
12345678 113
ON
12345678 114
ON
12345678 115
ON
12345678 116
ON
12345678 117
ON
12345678 118
ON
12345678 119
ON
12345678 120
ON
12345678 121
ON
12345678 122
ON
12345678 123
ON
12345678 124
ON
12345678 125
ON
12345678 126
ON
12345678 127
Switch Address
ON
12345678 0ON 12345678 32 ON 12345678 64 ON 12345678 96

2-12
ON
12345678
Switch Address
129
ON
12345678 130
ON
12345678 131
ON
12345678 132
ON
12345678 133
ON
12345678 134
ON
12345678 135
ON
12345678 136
ON
12345678 137
ON
12345678 138
ON
12345678 139
ON
12345678 140
ON
12345678
Switch Address
141
ON
12345678 142
ON
12345678 143
ON
12345678 144
ON
12345678 145
ON
12345678 146
ON
12345678 147
ON
12345678 148
ON
12345678 149
ON
12345678 150
ON
12345678 151
ON
12345678 152
ON
12345678 153
ON
12345678 154
ON
12345678 155
ON
12345678 156
ON
12345678 157
ON
12345678 158
ON
12345678 159
ON
12345678
Switch Address
161
ON
12345678 162
ON
12345678 163
ON
12345678 164
ON
12345678 165
ON
12345678 166
ON
12345678 167
ON
12345678 168
ON
12345678 169
ON
12345678 170
ON
12345678 171
ON
12345678 172
ON
12345678 173
ON
12345678 174
ON
12345678 175
ON
12345678 176
ON
12345678 177
ON
12345678 178
ON
12345678 179
ON
12345678 180
ON
12345678 181
ON
12345678 182
ON
12345678 183
ON
12345678 184
ON
12345678 185
ON
12345678 186
ON
12345678 187
ON
12345678 188
ON
12345678 189
ON
12345678 190
ON
12345678 191
Switch Address Switch AddressSwitch AddressSwitch Address Switch AddressSwitch Address
ON
12345678
Switch Address
193
ON
12345678 194
ON
12345678 195
ON
12345678 196
ON
12345678 197
ON
12345678 198
ON
12345678 199
ON
12345678 200
ON
12345678 201
ON
12345678 202
ON
12345678 203
ON
12345678 204
ON
12345678
Switch Address
205
ON
12345678 206
ON
12345678 207
ON
12345678 208
ON
12345678 209
ON
12345678 210
ON
12345678 211
ON
12345678 212
ON
12345678 213
ON
12345678 214
ON
12345678 215
ON
12345678 216
ON
12345678 217
ON
12345678 218
ON
12345678 219
ON
12345678 220
ON
12345678 221
ON
12345678 222
ON
12345678 223
ON
12345678
Switch Address
225
ON
12345678 226
ON
12345678 227
ON
12345678 228
ON
12345678 229
ON
12345678 230
ON
12345678 231
ON
12345678 232
ON
12345678 233
ON
12345678 234
ON
12345678 235
ON
12345678 236
ON
12345678 237
ON
12345678 238
ON
12345678 239
ON
12345678 240
ON
12345678 241
ON
12345678 242
ON
12345678 243
ON
12345678 244
ON
12345678 245
ON
12345678 246
ON
12345678 247
ON
12345678 248
ON
12345678 249
ON
12345678 250
ON
12345678 251
ON
12345678 252
ON
12345678 253
ON
12345678 254
ON
12345678 255
Switch Address
ON
12345678 160 ON 12345678 192 ON 12345678 224
ON
12345678 160

2-13
2.3.2. Communication Protocol Setting
The 1st, 2nd and 3rd bits of the SW2 are used to set communication protocol. The factory
default protocol is EVF-1.
ON
12345678
SW2
Protocol
Baud Rate
PAL / NTSC
Maching Resistance
ON
12345678
EVF - 1
ON
12345678
PELCO-D
ON
12345678
PELCO-P
Notice: Please make sure the power is off before setting, and restart the EPTZ1000 to
enable a new value after changing.
Set all of protocol switches to ON; the speed EPTZ1000 will enter a self-test mode.
2.3.3. Transmission Speed Setting (Baud Rate Setting)
The 4th and 5th bits of the SW2 on the PCB board are used to set the Baud Rate. The
default baud rate setting is 9600.
ON
12345678
SW2
Protocol
Baud Rate
PAL / NTSC
Maching Resistance
ON
12345678
9600 BPS 4800 BPS 2400 BPS
ON
12345678
ON
12345678
1200 BPS
ON
12345678
Notice: Please make sure the power is off before setting, and restart the EPTZ1000 to
enable a new value after changing.

2-14
2.3.4. Video Format Setting
The 6th bits of the SW2 on the PCB board are used to set the video format. The default
video format depends on the factory setting. Please do not to change it.
ON
12345678
SW2
Protocol
Baud Rate
PAL / NTSC
Maching Resistance
ON
12345678
PALNTSC
ON
12345678
Notice: Please make sure the power is off before setting, and restart the EPTZ1000 to
enable a new value after changing.
2.3.5. RS-485 Bus Terminator Resistance
For central controlling, the terminator resistance should be set for the device that is the
furthest one away from the controller. The 8th bit on the SW2 is a switch to enable or disable
the terminator resistance. When it is switched ON, the BUS terminator resistance is
connected.
ON
12345678
SW2
Protocol
Baud Rate
PAL / NTSC
Maching Resistance
ON
12345678
OFF ON
ON
12345678

2-15
CAM-0 CAM-1 CAM-n
Keyboard
DVR
RS485
Control Unit
n ¡ Ø255
Ternimator
Resistance
ON
Note: When the dome is out of control, or does not work under control well, try to switch the
terminator resistance ON.
Notice: Please make sure the power is off before setting, and restart the EPTZ1000 to
enable a new value after changing.

2-16
2.4. Rack and Speed Dome Installation
2.4.1. Installation Requirements
1. Installation should be handled by a qualified service agent and should comply with
all local regulations. Service personnel should expect potential problems such as
surface strength, surface material, falling objects, outer breaches, building vibration
or other similar conditions.
2. Check for all necessary materials, and ensure if the selected installation location is
suitable for the EPTZ1000.
2.4.2. EPTZ1000 Dome Camera Wall Mount Installation
Notice: Installation location that is a wall, pole or a ceiling need to support above five times
the total weight of the camera assembly (dome camera and bracket) to avoid shaken
images, and dropping.
1. Set wall mount bracket on the wall. Mark the center of the holes on the wall against
the bracket holes. Use a drill to make 4 M8 size holes at the marks, and nail in 4 M8
screws.

2-17
2. Thread the cable through the hole in the wall mount bracket, and screw in 4 M8 nuts
for mounting the bracket.
3. Take off the housing from the packing, and take off the PCB board (4 bolts on it.)
inside the housing. Thread the cable through the top of the housing. Fix the housing
on the wall mount bracket, and screw in 3 M5 bolts (Hex) on the top of the bracket
with the attached Hex Allen wrench to fix the housing.
RELAY
JP6 JP4
JP3 JP1
JP5
Video +
Video -
RS485 +
RS485 -
AC24
AC24
M5 Bolt Hex Allen wrench
4. Connect the cable connectors to the nodes on the PCB board, and then fix the PCB
board in the housing by screwing 4 bolts on it.
Notice: Please notice the polarity of control line. The EPTZ1000 will not work if the polarity
of control line is mis-connected.

2-18
5. Align the two screw holes on the bottom of mechanical part to the two bolts on the
base of the housing, and twist the mechanical part clockwise a little bit in order to
engage it with the base. Screw the two bolts on the base, and then connect and fix
the connection bus to the PCB board on the mechanical part.
Notice: The camera module on the mechanical part is very sensitive. Please be careful
when installing this part.
6. Remove the lens protection cover before installing the bulb. Align the 3 bolt holes
into the 3 housing bolt holes, and screw thee M3 bolts with the attached small screw
driver to fix the bulb.
GLOVE
M3 Blot
M3 Blot

2-19
Notice: In order to protect the bulb from dirt and scrape, please put on the gloves before
installing the bulb.
7. Turn on the power, and start to operate the EPTZ1000.
When turning on the power, EPTZ1000 will enter self-inspection mode, and carry out a
self-testing program. After finishing self-inspection, you can start to operate the EPTZ1000.
2.5. Separately Sold Brackets
2.5.1. Wall mount
The wall mount bracket is used for installing speed domes on
the wall indoors or outdoors.
2.5.2. Pole adapter
The pole adapter is used for installing a wall mount bracket to
a pole indoors or outdoors.