Dji Zenmuse Z15-5D User Manual 1.04

Zenmuse Z15-5D User Manual

V1.04

2014.12

www.dji.com

Warning & Disclaimer

Flight control systems

Ace One

Ace WayPoint

WooKong M

A2

Firmware version of MC

V4.02

V5.26

V2.0 or above

Camera

Canon 5D Mark II

Lens

Canon EF 24mm f/2.8 IS USM

Camera

Canon 5D Mark III

Lens

Canon EF 24mm f/2.8 IS USM

No further adjustment or changes are permitted to the Z15.

The Z15 is specifically adjusted to support the Camera and Lens before leaving the factory. Please mount your

camera directly to the Z15 when installing as no further adjustment or changes are necessary or permitted. Do not

modify or add any other component/device (such as a filter, lens hood, etc.) to the camera; make sure to use the

original battery; Failure to follow these guidelines may result in decreased performance or internal malfunction.

The Z15 is only compatible with a flight control system specified by DJI Innovations (A2/Ace One/Ace

WayPoint/WooKong M). To ensure highest stability and precision, download the corresponding assistant software

and upgrade the flight control system MC firmware. Failure to do so may result in the Z15 working abnormally.

Make sure the flight control system is operated in the safest possible environment when the main power battery is

connected. We strongly recommend users remove all propellers, DO NOT use power supply from R/C system or

flight pack battery, and keep children away during gimbal calibration and parameter setup. Please follow the

guidelines in order to correctly mount and connect gimbal to your aircraft, as well as to install the assistant

software on your computer. Please respect the AMA’s National Model Aircraft Safety Code.

As DJI Innovations has no control over use, setup, final assembly, modification (including use of non-specified DJI

parts i.e. motors, ESCs, propellers, etc.) or misuse, no liability shall be assumed nor accepted for any resulting

damage or injury. By the act of use, setup or assembly, the user accepts all resulting liability. DJI assumes no liability

for damage(s) or injuries incurred directly or indirectly from the use of this product.

DJI and Zenmuse are registered trademarks of DJI Innovations Names of product, brand, etc., appearing in this

manual are trademarks or registered trademarks of their respective owner companies. This product and manual are

any form without the prior written consent or authorization of DJI Innovations. No patent liability is assumed with

respect to the use of the product or information contained herein.

Firmware versions of supported DJI Flight control systems

Specified Camera and Lens Type

Z15-5D Mark II

Z15-5D Mark III

2

Product Profile

Working Mode

Orientation-locked Mode

Non orientation-locked Mode

FPV Mode

(Reset)

Gimbal Point

Gimbal point stays locked

with aircraft nose direction

Gimbal point stays unchanged

when aircraft nose direction

changes.

Gimbal point stays the

same as aircraft nose

direction when powered

up

Gimbal and

Aircraft Nose

Relative Angle

Gimbal point keeps the

same relative angle with the

aircraft nose direction

Relative angle between the

gimbal point and aircraft nose

direction may change

Zero relative angle

between the gimbal point

and aircraft nose

TX Control

Controlled

Not controlled

Attitude stability

YES

Vibration

Reduction

YES

Stick Meaning

Command stick stands for

gimbal rotation velocity，

Stick center position is for

0，its endpoint is maximum

velocity.

Command stick stands for

gimbal rotation velocity，Stick

center position is for 0，its

endpoint is maximum velocity.

——

Command

Linearity

YES

——

Z15 is an excellent gimbal designed for Aerial Photography. It has built-in slip rings within the mechanical structure,

preventing the wire rod from entangling. The gimbal has an integrated independent IMU module, a special servos

drive module, etc., which are dedicated to provide excellent performance in any working modes, including

Orientation-locked control, Non orientation-locked control and FPV Mode (Reset).

Note1: ‘Gimbal point’ refers to the

Note2: ‘Attitude stability’ means the

Note3: ‘Gimbal rotating maximum velocity’ is corresponding to the

gimbal PAN rotation direction

.

gimbal’s ROLL/TILT will not follow the aircraft’s ROLL/PITCH

TX 100% end-point

.

3

In Box

Gimbal × 1

The Z15 gimbal has built-in slip rings within the mechanical structure,

which work to prevent the wire rod from entangling and enables

rotational freedom for the 3 axes rotating rods.

The gimbal has special built-in Z15 gimbal servo drive modules and

independent IMU module.

Gimbal Controller Unit (GCU) × 1

Connect the gimbal controller unit to the flight control system with a

CAN–Bus cable. The GCU will control the gimbal’s PAN, ROLL and

TILT axes rotation.

5D

Lens Retaining Ring × 1

For fixing the camera lens.

Mounting Bracket × 4

For the gimbal and landing gear connection.

Mounting Board for Receiver × 1

For fixing the GCU and providing the mounting position for the receiver or other device.

Cable Clamp

For tidying the cables on gimbal.

Gimbal & Gimbal Controller Unit (GCU)

Main Parts Package

4

Camera Mount Screw × 1

For the camera mount.

Lens Retaining Ring Screw × 1

For fixing the lens retaining ring to the gimbal.

Screws and Cables Package

Screws Package

For mounting the gimbal to the aircraft (M2.5*8 Head-cup screw).

8-pin Cable

Connect the GCU and Gimbal use the 8-pin cable.

Gimbal Video Signal Cable × 1

For connecting the GCU and Wireless Video Transmission Unit,

transmitting the AV signal.

Micro-USB Cable × 1

For the parameter configurations and firmware upgrade via

Assistant Software on PC.

CAN-Bus Cable × 1

The GCU communicates with the flight control unit via a CAN-Bus.

DJI

Spares Pack × 1

Damping units, Spare Screw, and Mounting Bracket.

Spares Pack

5

The Gimbal Description

Notes:

 Make sure nothing blocks the servo driver module rotation to avoid motor damage.  Clear the obstacles at once if the rotating gimbal is blocked.  No mechanical and electrical adjustment or change is permitted.

Tips:

 Each servo driver module has two G8 ports, which are used to transmit servo and video signals.

Z15-5D MARK II

Servo Driver

Module 1

360° continuous rotation

±25°

-90°~+15°

Servo Driver Module 2

Servo Driver

Module 3

8-pin Cable

Connect the

GCU and Gimbal

Video Transmission Cable To the A/V OUT port of 5D Mark II

Lens Mount

Position

Damping Unit

The Mounting Board

for Receiver

IMU Module

Lens Retaining

Ring' s Screw

Cable Clamp

ROLL

TILT

PAN

Gimbal status

Indicator

8-pin Port

To the G8 port

of GCU

7

Z15-5D MARK III

Servo Driver

Module 1

360° continuous rotation

±25°

-90°~+15°

Servo Driver Module 2

Servo Driver

Module 3

8-pin Cable

Connect the GCU

and Gimbal

Video Transmission Cable

To the A/V OUT/DIGITAL

port of 5D Mark III

Lens Mount

Position

Damping Unit

The Mounting Board

for Receiver

IMU Module

Lens Retaining

Ring's Screw

Cable Clamp

ROLL

TILT

PAN

Gimbal status

Indicator

8-pin Port

To the G8 port

of GCU

8

The Camera Setup

Canon 5D Mark II

Mode Dial

Live View

Tips:

 In the Menu settings, the values in red italic font are strongly recommended. Failure to follow the

recommended settings may results in shakey or poor footage/image quality.

Canon 5D Mark III

Mode Dial Movie Shooting

Configure your camera by the following settings to meet the requirements of Z15 and make sure to read the

related content according to your camera.

 Turn the Mode Dial to set the shooting mode to  Press down the

 Press the AF.DRIVE button, select the drive mode as (10-sec.self-timer/Remote control) or

(2-sec.self-timer/Remote control).

 Turn the Image Stabilizer switch, which is located on the lens, to  It is recommended to adjust the shutter speed to within 1/100sec to 1/30sec. If shooting mode is set to

Manual exposure, please adjust the aperture properly and set the ISO speed to A (Auto).

Live View/shooting/Print/Share

Shutter-priority AE

( ) button.

OFF

(Tv) or

.

Manual exposure

(M).

 Turn the Mode Dial to set the shooting mode to  Turn the Live View shooting/Movie shooting switch ( ) to the

 Press the AF.DRIVE button and select the drive mode as (10-sec.self-timer/Remote control) or

(2-sec.self-timer/Remote control).

 Turn the Image Stabilizer switch, located on the lens, to  It is recommended to adjust the shutter speed within 1/100sec to 1/30sec. If shooting mode is Manual

Shutter-priority AE

OFF

.

(Tv) or

Manual exposure

Movie shooting

(M).

position.

9

exposure, please adjust the aperture properly and set the ISO speed to A (Auto).

Tips:

 In the Menu settings, the values in red italic font are strongly recommended. Failure to follow the

recommended settings may results in shakey or poor footage/image quality.

 The use of an SD card is preferred, as a CF card may effect the balance performance of the gimbal and

lead to shakey or poor footage/image quality.

10

The Mounting

Mounting the Lens

Lens Camera Lens Retaining Ring

Step 1: Mount the lens on the retaining ring first, before mounting the lens to the camera.

Mounting the Camera onto the Gimbal

Step2: Mount the camera into the gimbal. Tighten the Camera Mounting Screw first then tighten the Lens

Retaining Ring Screw.

Note: Take care when pushing the lens into the lens mount position; too much force may damage the lens.

Mounting the Gimbal to the Landing Gear

Camera Mounting Screw

Lens Retaining Ring Screw

Please adhere to the dimensions of the gimbal shown below to mount the gimbal to a proper Landing Gear using

the mounting brackets (4) and M2.5*8 screws (8).

11

Landing Gear

Camera and

Gimbal

Camera and

Gimbal

Aircraft Nose

X

Z

Y

Gimbal Nose

Mounting brackets and screws

Step3: Attach the gimbal to the landing gear then tighten the thread locking screws.

Notes:

 Ensure that the correct side of the servo driver module 1 faces the direction of the aircraft tail.  Make sure the top and bottom plates of the dampening unit remain parallel when mounting in order to

prevent the damping unit from being stretched or distorted.

 Keep overall balance when mounting, in order to ensure the center of gravity on the Z axis.  The gimbal center of gravity has already been set, which directly determines the gimbal’s performance.

Please do not adjust the gimbal center of gravity by yourself.

 The gimbal is a high-precision controlled instrument. Do not remove any screws in the gimbal. Doing so

may result in decreased performance or even damage.

 Do not unplug any cables which are attached to the gimbal ports, or attempt to change or customize the

mechanical structure.

 Make sure the cable connections are correct and secure to ensure the gimbal works normally and is in full

control.

12

The Camera Wiring/Shutter Control

The Camera Wiring

Step1: Connect the video transmission cable to the correct port on the camera.

Z15-5D MARK II: To the A/V OUT port of 5D MARK II.

Z15-5D MARK III: To the A/V OUT/DIGITAL port of 5D MARK III.

Note:

 Make sure to press the AF.DRIVE button and set the drive mode as (10-sec.self-timer/Remote

control) or (2-sec.self-timer/Remote control).

The Shutter Control

Tips:

 The following diagram shows how the shutter control works.

 If the shutter control works abnormally, please check each step.

TX

2-Position Switch

RC Receiver

2-Position Switch

Channel

TX Command

GCU

SHUT

Wireless

Camera

Shutter

TX Command

Infrared

shutter control

command

3-Pins Cable

Wireless

Camera

Infrared sensor

Internal wire

Tx

1

2-Positon

Switch

2

Z15-5D gimbal can transfer the signal from transmitter to infrared signal for shutter control, please make sure you

connect the camera with the Z15-5D gimbal correctly and the camera settings are correct.

Z15-5D gimbal can transfer the signal from transmitter to infrared for shutter control, please set one 2-position

switch/channel for remote shutter control.

Make sure the shutter control module is correctly mounted and wired.

Whichever selection of the switch on your transmitter was set; wire the right channel of the receiver to the SHUT

port. One switch toggle corresponds to one photo shot.

For example, toggle twice will result in two shot.

Position – 1  Position – 2: First shot

Position – 2 Position – 1: Second shot

13

The Video Signal Transmission

Wireless Video Transmission Module

　Air End

Disconnected

Video Signal(Yellow:AV) GND(Black:　　)

Power

Video Signal

GND

Gimbal Video Signal Cable

Video Signal Port

+ -

Connect to a battery to supply power for the wireless video transmission module

Step1: Solder the Power/Video Signal/GND cables to a wireless video transmission module (Air End) respectively.

Step2: Plug the gimbal video signal cable head into the GCU Video Signal Port.

Notices:

 Make sure to connect the Wireless Video Transmission module to the GCU before powering on.

 The standard gimbal video signal cable is recommended.  Make sure you solder the gimbal video signal cable to the wireless video transmission module correctly.

Ensure the cables are insulated, to prevent a short circuit.

Video Signal Cable(AV)

GND Cable

 Please refer to the user manuals of the wireless transmitter module to supply power for it, since the GCU

cannot provide power for it.

Tips:

 The following diagram shows how the video signal transmits with the gimbal working.  If the video signal access fails, please check each step.

Camera

AV

Gimbal

GCU

G8

AV signal

Wireless video transmission module

Air end

Video

transmission cable

8-Pins cable

Gimbal Video Signal Cable

Wireless video transmission module

Ground end

Wireless signal

Monitor

AV input

5.8G/2.4G/1.2G

Self-prepared by user

AV signal

A wireless video transmission module is required for the video signal to access remotely.

14

The GCU Connection

Gimbal Controller (GCU)

Transmitter and Receiver

 Above are example connections, which require two transmitters and two receiv ers. One transmitter and receiver are used

for gimbal control and the other ar e used for aircraft control . Users can also use a t ransmitter and a rece iver to contro l

both the gimbal and aircraft.

 Configu re the Aileron , Elevator, R udder channels on the transmitter for gimbal control. Command st ick stands for the

gimbal rotation velocity，the center posit ion is for 0 and t he endpoint for maximum velocity (both c lockwise and counter clockwise directions). (End Point is 100%)

 Choose one 3-position switch/channel as the Z15 working modes switch.(MODE)

 Choose one 2- position switch/channel as the camera sh utter cont rol switch(SHUT), one for t he camera lens orienta tion

switch in Reset Mode (AUX2).

 Please refer to the A2/ WKM/ACE ONE/ACE Waypoint User Manual for aircraft control setting.

 Connect the receiver to GCU correctly.

Battery

 Make sure the battery v oltage is in the requi red range of both the aircraft and the gi mbal if you use only on e battery for

power supply.

Battery

(4S~12S)

 Make sure the ports are accessible when installing the GUC s o as to facilitate

wiring and software configuration.

 In 3-pin ports, pins near the nicks are the signal pins.

 DO NOT cover the heat sinks, keep them unobstructed.  The GCU module is NOT water-proof or oil-proof.

Wireless Video Transition Module

Air End

A2/WKM/ACE ONE/ACE Waypoint

Refer to the A2/ WKM/ACE ONE/

ACE Wayp oint User Manual for mor e

connection and configuration details.

A2/WKM/

ACE ONE/

ACE Waypoint

For WKM/ACE ONE/ACE

Waypoint, connect to any spare

CAN-Bus port of the flight control system via a CAN-Bus

cable.

For A2, connect to the CAN2 or

CAN1 port.

RC Receiver

(Aircraft control )

Or

RC Receiver

(Futaba / Hitec)

7

1

2

4

RC Receiver

(JR)

AUX2

RUDD

ELEV

AILE

2-Position Switch

8-Channel

Micro-USB Port

PC connection for configuration and firmware upgrades via a Micro-USB cable.

Heat Sinks

Ensure the side wit h copper contacts is

facing upward towards the heat sinks.

2-Position Switch

S-Bus Receiver

(Futaba)

S-Bus

Or

PPM Receiver

PPM

Or

G8

CAN-Bus port of GCU

Reserved &

Disconnected

5D

* When using with A2 latest firmware version 2.5, all of the gimbal channels can be setup through the A2 receiver.

Refer to A2 User Manual for details.

15

The GCU Ports Description

The following table shows the GCU channels and the TX channels connection.

TX Channels

GCU

Channels

Descriptions

JR

Futaba/Hitec

AILE 1 ROLL

For roll axis control (left/right). The velocity is zero if disconnected.

ELEV 2 TILT

For tilt axis control. The velocity is zero if disconnected.

RUDD 4 PAN

For pan axis control. The v is zero if disconnected.

AUX2 7 MODE

For Working Mode switch.

2-position switch channel

SHUT

For camera shutter control (both taking picture and recording video

are available). It is off when non-connection and disconnected.

2-position switch channel

Or Futaba S-Bus channel

AUX2

When the AUX2 is connected to a 2-position switch channel, it is used

for camera orientation (downward or forward) switch in FPV Mode

(Reset). The camera orientation is set to forward while non-connection

or disconnected.

If a S-Bus receiver is used, it should be connected to the AUX2 port.

PPM channel

AUX3

When the AUX3 port is connected to a 2-position switch channel, it is

used for the Z15-5D video recording control.

If a PPM receiver is used, it should be connected to the AUX3 port.

S-Bus/PPM Channels

GCU Channel

1

ROLL 2 TILT

4

PAN

7

MODE

5

SHUT 8 AUX1

9

AUX2

6

AUX3

The following table shows the corresponding relationship between the GCU and the S-Bus/PPM channels.

16

The Working Modes/AUX2/AUX3 Switch Setup

Setting the Gimbal Working Mode Switch

Notes:

 The gimbal will work in Orientation-locked Mode, if there is no connection to the MODE port.  Gimbal default works in FPV Mode after power on.

 The gimbal will maintain the Working Mode from the last moment if the cable between the MODE port

and the Receiver is disconnected while powered on.

Tips:

 For the 3-position switch, you may assign:

Position-1 to Non orientation-locked

Position-2 to FPV Mode (Reset)

Position-3 to Orientation-locked

Position-1 and Position-3 can be reverse assigned.

 One 2-position switch can be assigned for any two of the working modes as you like.

Setting the AUX2 Switch

Notices:

 This function can only work in FPV Mode (Reset).  When this function is enabled, if the working mode switches from the other modes to the FPV Mode

(Reset), the gimbal will force the camera lens to face forward or downward depending on AUX2 Switch.

 The camera orientation is forward while non-connection or disconnected.

Tips:

When the AUX2 port is connected to the Futaba S-Bus channel it is used as the S-Bus channel input.

Tx

1 2 3

3-Position

Switch

Tx

1

2-position

switch

2

Whichever 3-position switch you select as the working mode switch, wire the right channel of receiver to MODE

port. At each switch position, use end-point fine tuning to set the AUX2 channel of JR/7 channel of Futaba/Hitec

for the three Working modes.

Orientation-locked Mode Back to center

FPV Mode (Reset) MODE channel end-point 60%~90%

Non orientation-locked Mode MODE channel end-point 60%~90%

The Z15 supports controlling the camera lens downward or forward in Reset Mode. Please wire the right channel of

receiver to the AUX2 port. You may assign: Position-1 to DOWNWARD; Position-2 to FORWARD; or reverse the

assignment.

17

Setting the AUX3 Switch

Installation and Usage

Step1: Make sure the driver is installed correctly and has been installed beforehand if you use A2, WKM, ACE

ONE or ACE WAYPOINT.

Step2: Please download the assistant software installer from the DJI Innovations website.

Step3: Double click the assistant software installer file and follow the steps to finish installation.

Step4: Run the assistant software.

Step5: Please upgrade the firmware and configure the parameters according to the assistant software

indications if necessary.

Check List Before Flight

Notes:

 The gimbal is installed firmly to the landing gear, and the camera is mounted correctly and stably.  All cables are correctly connected, without any connected back to front.  The gimbal video signal cable is in good soldered condition if wireless video transmission module used.  Correct connection between the GCU and RC receiver.  Normal connection between the GCU and flight control system.  Correct camera setup.  Correct Transmitter settings.  The firmware of flight control system has been upgraded to the latest version.

Tips:

 Please turn to the Trouble Shooting section in Appendix if an abnormal situation occurs.

The Z15-5D supports camera video recording. Please wire the right channel of receiver to AUX3 port. Every toggle

is set for start/stop recording.

The Assistant Software

Test

18

Flight Test

Step1: Ensure the batteries are fully charged for the transmitter, GCU and all the other devices on your

aircraft.

Step2: Make sure all connections and wirings are in good condition.

Step3: Toggle on the switch.

Step4: Make sure to adjust the Roll axis of the gimbal to be level.

Step5: Power on the gimbal and wait for self-testing to begin. The Roll axis will rotate first, and then the yaw

and pitch axes will rotate quickly at the same time.

Step6: After self-testing, the camera lens will point to the aircraft nose direction and the three axes of the

gimbal should be in the condition as the above diagram shows.

Step7: The gimbal will enter initialization, at this time the three axes will rotate very slowly.

Step8: The gimbal is at a standstill after initialization and ready for use.

Step9: Toggle the Working Modes switch on your transmitter, making sure it is working properly.

Step10: Toggle the Working Modes to the Non orientation-locked, FPV Mode (Reset), Orientation-locked

respectively, and then try to push your sticks lightly in Roll, Tilt and Pan modes to see if your gimbal

moves to the corresponding direction. If not, return to the ‘Setting the Working Mode Switch’ section

to correct your settings.

Note:

If the gimbal is abnormal after initialization, please refer to the

Trouble Shooting

in

Appendix

.

19

Appendix

Important Notes

For safety reasons, please pay serious attention to all following items:

 Ensure nothing blocks the servo driver module rotation, to avoid motor damage.  Before powering on, spin the gimbal by hand through the complete rotational axes to ensure nothing

is blocking the mechanical movement of the gimbal.

 Ensure that the side of the servo driver module 1 with ports correctly points towards the aircraft tail

direction.

 The gimbal center of gravity has been set, which directly determines the gimbal’s performance.

Please do not adjust the gimbal center of gravity by yourself.

 The gimbal is a high-precision controlled instrument. Do not remove any screws in the gimbal. Doing so may

result in decreased performance or even damage.

 Do not unplug any cables which are attached to the gimbal ports, or attempt to change or customize the

mechanical structure.

 Make sure the cable connections are correct and secure to ensure the gimbal works normally and is in full

control.

 Make sure to connect the Wireless Video Transmission module to the gimbal controller before

powering on the system.

 The factory gimbal video signal cable is recommended. Make sure you solder the gimbal video signal

cable to the wireless video transmission module correctly. And ensure the cables are insulated, to

prevent a short circuit.

 Make sure the current consumption of wireless video transmission module does not exceed 1A, to

prevent the GCU from damage.

 Keep the gimbal away from any power cables; otherwise it may lead to a short circuit of the gimbal.  Make sure to adjust the Roll axis of the gimbal to be level before powering on.

20

The Port Description

The GCU

ROLL

For roll axis control

TITL

For tilt axis control

PAN

For pan axis control

MODE

For Working Mode select

SHUT

For camera shutter control

AUX2

For gimbal orientation (downward or forward) switch in FPV Mode; S-Bus Receiver

AUX3

For the video recording control; PPM Receiver

To the wireless video transmission module, transmitting the AV signal

XT60

To the battery

G8

To the gimbal, transmitting video signal

Micro-USB port: PC connection for configuration and firmware upgrades

CAN-Bus port: Use CAN-Bus to connect the GCU to the flight control system

The Gimbal

Video Transmission cable port

To the AV port of Camera

8-Pin Cable Port

To the G8 port of GCU

LED Indicator

Description

The gimbal works normally

Some servo is recovering from overcurrent protection

The gimbal is performing a self-check

The GCU is disconnected from the Flight control system

The Gimbal LED Indicator

21

Trouble Shooting

NO.

What

Why

How to

1

The gimbal keeps drifting

after initializing

(1) Too much TX trim

(2) The GCU and flight control

system is disconnected

(3) The Z15 mounting

direction is not aligned to the

aircraft nose

(1) Adjust the TX trims

(2) Connect the GCU and flight

control system

(3) Ensure the Z15 mounting

direction is aligned with the

aircraft nose

2

The gimbal is abnormal

after initializing

Abnormal calibration after

manufacture

Please contact the local dealer or

DJI Innovations customer service

3

Cannot distinguish the

gimbal direction when in

use

BVR flight

Switch to the FPV Mode first, then

to another Working Mode needed

4

The gimbal green LED is on

but without video display

(1) The wireless video

transmission unit has been

disconnected

(2) Wrong power supply for

wireless video transmission

unit

(1) Check the wireless video

transmission unit connection

22

Specifications

General

Built-In Functions

 Three Working Modes

 Orientation-locked control  Non orientation-locked control  FPV mode (Reset)

 Built-in independent IMU module  DJI gimbal special servos drive module

 Wireless video transmission supported  Camera shutter control supported  Wide range voltage input supported  S-Bus/PPM Receiver supported

Peripheral

Supported Camera

CANON EOS 5D MARK II; CANON EOS 5D MARK III

Current Supported Lens

CANON EF 24mm f/2.8 IS USM

GCU Input Power

4S~12S LiPo Battery

Control Requirement

Four spare receiver channels at least

Assistant Software System Requirement

Windows XP SP3; Windows 7; Windows 8（32 or 64 bit）

Mechanical& Electrical Characteristics

Working Current

 Static current: 200mA (@25V)  Dynamic current: 400mA (@25V)  Locked-rotor current: 4A (@25V)

Operating Temperature

-10°C ~ 50°C

Weight

1.42Kg

Dimensions

204mm × 242mm × 264mm

GCU Weight

63g

GCU Dimensions

64.2 mm × 34.1mm × 19.5mm

Working Performance

Load Weight (Reference Value)

2615g(5D MARK II with SD Card & Battery & CANON EF 24mm

f/2.8 IS USM Lens)

2664g(5D MARK III with SD Card & Battery & CANON EF 24mm

f/2.8 IS USM Lens)

Controlled Angle Accuracy

±0.02°

Maximum Controlled Rotation Speed

Pan axis:±±90°/s

23

Tilt axis:±±130°/s Roll axis:±±30°/s

Controlled Rotation Range

Pan axis control: ±360° continuous rotation Tilt axis control: ±From -90° to +15° Roll axis control:±±25°

24

Dji Zenmuse Z15-5D User Manual 1.04

Specifications and Main Features

Frequently Asked Questions

User Manual

Warning & Disclaimer

Product Profile

In Box

Contents

The Gimbal Description

The Camera Setup

The Mounting

The Camera Wiring/Shutter Control

The Video Signal Transmission

The GCU Connection

The Working Modes/AUX2/AUX3 Switch Setup

The Assistant Software

Test

Appendix

Important Notes

The Port Description

The Gimbal LED Indicator

Trouble Shooting

Specifications