IEI Technology HSC-13Mx User Manual

HSC-13Mx Industrial Camera

Page i

MODEL:

HSC-13Mx

USB 3.0 Monochrome Camera

Rev. 1.00 – January 31, 2018

with Opto-isolated I/O, Global Shutter,

1280x1024 pixel, RoHS

User Manual

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HSC-13Mx Industrial Camera

Date Version Changes

January 31, 2018 1.00 Initial release

Revision

HSC-13Mx Industrial Camera

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Copyright

COPYRIGHT NOTICE

The information in this document is subject to change without prior notice in order to
improve reliability, design and function and does not represent a commitment on the part
of the manufacturer.

In no event will the manufacturer be liable for direct, indirect, special, incidental, or
consequential damages arising out of the use or inability to use the product or
documentation, even if advised of the possibil ity of such damages.

This document contains proprietary information protected by copyright. All rights are
reserved. No part of this manual may be reproduced by any mechanical, electronic, or
other means in any form without prior written permission of the manufacturer.

TRADEMARKS

All registered trademarks and product names mentioned herein are used for identification
purposes only and may be trademarks and/or registered trademarks of their respective
owners.

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HSC-13Mx Industrial Camera

Manual Conventions

WARNING

Warnings appear where overlooked details may cause damage to the
equipment or result in personal injury. Warnings should be taken
seriously.

CAUTION

Cautionary messages should be heeded to help red uce the chance of
losing data or damaging the product.

NOTE

These messages inform the reader of essent ial but non-critical
information. These messages should be read carefully as any directions
or instructions contained therein ca n help avoid making mistakes.

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Table of Contents

1 INTRODUCTION .......................................................................................................... 1

1.1 OVERVIEW .................................................................................................................. 2

1.2 FEATURES ................................................................................................................... 2

1.3 EXTERNAL OVERVIEW ................................................................................................ 3

1.3.1 Front Panel ........................................................................................................ 3

1.3.1 Rear Panel ......................................................................................................... 3

1.3.2 Top and Bottom Surfaces ................................................................................... 4

1.4 SPECIFICATIONS ......................................................................................................... 5

1.5 DIMENSIONS ............................................................................................................... 7

2 UNPACKING ................................................................................................................. 8

2.1 ANTI-STATIC PRECAUTIONS ........................................................................................ 9

2.2 UNPACKING PRECAUTIONS ......................................................................................... 9

2.3 PACKING LIST ........................................................................................................... 10

2.4 OPTIONAL ITEMS ....................................................................................................... 11

3 HARDWARE INSTALLATION ................................................................................. 13

3.1 INSTALLATION PRECAUTIONS ................................................................................... 14

3.2 INSTALLING A C-MOUNT CAMERA LENS .................................................................. 14

3.3 MOUNTING THE HSC-13MX .................................................................................... 15

3.4 EXTERNAL PERIPHERAL INTERFACE CONNECTORS ................................................... 16

3.4.1 Opto-isolated GPIO Connector ....................................................................... 16

3.4.2 USB 3.0 (Micro B) Connector .......................................................................... 16

4 IEI HSC APPLICATION ............................................................................................ 17

4.1 OVERVIEW ................................................................................................................ 18

4.2 APPLICATION INSTALLATION .................................................................................... 18

4.2.1 Uninstall IEI HSC AP ...................................................................................... 22

4.3 LAUNCHING AND CONNECTING ................................................................................ 23

4.4 CONFIGURING DEVICE SETTINGS ............................................................................. 25

4.4.1 Camera Configuration ..................................................................................... 25

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4.4.2 T rigger Control ................................................................................................ 26

4.4.3 Device Control ................................................................................................. 28

4.4.4 Save Options (HSC Single Only) ..................................................................... 30

4.5 CAPTURING IMAGES MANUALLY .............................................................................. 31

4.6 SAVING AND LOADING DEVICE SETTINGS ................................................................ 32

4.6.1 HSC Single ....................................................................................................... 32

4.6.2 HSC Multi ........................................................................................................ 34

5 HSC-13MX SDK (WINDOWS) .................................................................................. 35

5.1 BUILD ENVIRONMENT .............................................................................................. 36

5.2 SDK INTRODUCTION ................................................................................................ 36

5.2.1 Structure Definition .......................................................................................... 37

5.2.2 Error Code Definition ...................................................................................... 39

5.2.3 API Introduction ............................................................................................... 40

5.2.4 T rigger Input .................................................................................................... 47

5.2.5 Output Control ................................................................................................. 50

A REGULATORY COMPLIANCE .............................................................................. 60

B HAZARDOUS MATERIALS DISCLOSURE ......................................................... 62

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List of Figures

Figure 1-1: HSC-13Mx Industrial Camera ..................................................................................... 2

Figure 1-2: HSC-13Mx Front Panel ................................................................................................ 3

Figure 1-3: HSC-13Mx Rear Panel ................................................................................................. 3

Figure 1-4: HSC-13Mx Top and Bottom Surfaces ....................................................................... 4

Figure 1-5: HSC-13Mx with Mounting Bracket Dimensions (mm) ............................................. 7

Figure 3-1: Installing a C-mount Camera Lens .......................................................................... 14

Figure 3-2: Securing the Mounting Bracket to the HSC-13Mx ................................................. 15

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List of Tables

Table 1-1: Specifications ............................................................................................................... 6

Table 2-1: Package List Contents ............................................................................................... 10

Table 3-1: Connector Pinouts ...................................................................................................... 16

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Chapter

1

1 Introduction

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HSC-13Mx Industrial Camera

1.1 Overview

Figure 1-1: HSC-13Mx Industrial Camera

The HSC-13Mx CMOS camera is equipped with USB 3.0 SuperSpeed interface, which is
suitable for industrial purpose such as the machine vision application. In addition, through
the IEI HSC SDK, downloaded from the IEI website, t he user can easily set up the c amera
for precise inspection.

1.2 Features

Some of the HSC-13Mx industrial camera features are listed below.

 IEI HSC SDK available
 Compact and lightweight industrial ca m era with global shutter
 Compliant with USB 3.0 SuperSpeed specification
 Opto-isolated external I/O interface
 Supports resolution up to 1280x1024 (1.3 megapixel)
 Supports frame rate up to 140 fps / 60 fps
 Supports global shutter

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1.3 External Overview

1.3.1 Front Panel

The front side of the HSC-13Mx has a lens mount for attaching a CS-mount lens . Beside s,
the HSC-13Mx provides a CS to C mount adapter that allows a C-mount lens to be
installed to the HSC-13Mx. Refer to Section 3.2 for detailed information.

Figure 1-2: HSC-13Mx Front Panel

1.3.1 Rear Panel

An overview of the rear panel is shown in Figure 1-3 below.

Figure 1-3: HSC-13Mx Rear Panel

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HSC-13Mx Industrial Camera

1.3.2 Top and Bottom Surfaces

Both the top and bottom surfaces of the HSC-13Mx contain four retention screw holes
(Figure 1-4) for installing the supplied mounting bracket.

Figure 1-4: HSC-13Mx Top and Bottom Surfaces

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1.4 Specifications

The HSC-13Mx specifications are listed in the table below:

HSC-13M3-O HSC-13M4-E
Resolution (Max.)
Frame Rate (Max.)
Megapixels
Chroma
Sensor Name
Sensor Type
Shutter
Sensor Size
Pixel Size
Lens Mount
A/D Bits (ADC)
Acquisition Modes
Partial Image Modes

1280x1024
140 fps 60 fps

1.3 megapixel
Mono
On-Semi PYTHON 1300 E2V EV76C560
CMOS
Global shutter
1/2” 1/1.8”

4.8 µm 5.3 µm
CS-mount
8-bit/10-bit
Continuous, single frame, multi frame
Pixel binning, decimation, ROI

Opto-isolated I/O Ports
Serial Port
Auxiliary Output
Interface
Machine HSC Standard
SOFTWARE SUPPORT

OS Environment

SDK

OTHERS

One input, one output
One (RS-232)
5 V, 100 mA max.
USB 3.0 (Micro B)
USB3 HSC v1.0

Microsoft® Windows® 7 (32-bit & 64-bit)
Microsoft® Windows® 8.1 (32-bit & 64-bit)

Microsoft® Windows® 10 (32-bit & 64-bit)
Windows: provides SDK and demo program with

sample source code

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HSC-13Mx Industrial Camera

Dimensions (WxHxD)
Weight
Operating Temperature
Storage Temperature
Operating Humidity
Storage Humidity

Power Requirements

Compliance
Table 1-1: Specifications

29 mm x 29 mm x 57 mm
85 g
0ºC ~ 50ºC

-30ºC ~ 60ºC
20% ~ 80%
30% ~ 95%

5 V via USB 3.0
6 V ~ 18 V via opto-isolated input

CE, FCC

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1.5 Dimensions

The dimensions for the HSC-13Mx with mounting bracket are listed below.

Figure 1-5: HSC-13Mx with Mounting Bracket Dimensions (mm)

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Chapter

2

2 Unpacking

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Failure to take ESD precautions during the installation of the

2.1 Anti-static Precautions

WARNING:

HSC-13Mx may result in permanent damage t o t he camera and severe
injury to the user.

Electrostatic discharge (ESD) can cause serious damage to electronic components,
including the industrial camera. Dry climates are especially susceptible to ESD. It is
therefore critical that whenever the industrial camera, or any other electrical component is
handled, the following anti-static precauti ons are strictly adhered to.

 Wear an anti-static wristband: W earing a simple anti-static wristb and can

help to prevent ESD from damaging the board.

 Self-grounding: Before handling the board, touch any grounded conducting

material. During the time the board is handled, f requently touch any
conducting materials that are connected to the ground.

 Use an anti-static pad: When configuring the indus trial camera, place it on

an anti-static pad. This reduces the possibility of ESD damaging the industrial
camera.

2.2 Unpacking Precautions

When the industrial camera is unpacked, please do the following:

 Follow the anti-static precautions o utlined in Section 2.1.
 Make sure the packing box is facing up wards so the industrial camera does

not fall out of the box.

 Make sure all the components listed in Section 2.3 are pre sent .

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HSC-13Mx Industrial Camera

If some of the components listed in the checklist below are missing,

from or contact an IEI sales

2.3 Packing List

NOTE:

please do not proceed with the installation. Contact the IEI reseller or
vendor you purchased the HSC-13Mx
representative directly. To contact an IEI sales representative, please
send an email to

The industrial camera is shipped with the fol l owing components:

Quantity Item Image

1 HSC-13Mx industrial camera

1 Mounting bracket

1 CS to C mount adapter

[e-mail].

Table 2-1: Package List Contents

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2.4 Optional Items

The following are optional components which may be separately purchased:

Item and Part Number Image

USB 3.0 cable, 1800mm, USB 3.0 A type male and micro
USB 3.0 B type male+screw

(P/N: 32001-019800-100-RS)

IO connecting cable with an 8-pin male connector
(P/N: 32033-001000-100-RS)

Camera lens, 2/3", 16mm focal length, F2.0, C-Mount
(P/N: 7I003-M1620MPW2-RS)

Camera lens, 2/3", 35mm focal length, F1.4, C-Mount
(P/N: 7I003-M3514MP-RS)

Camera lens, 1/2", 12mm focal length, F1.4, C-Mount
(P/N: 7I003-SV1214V-RS)

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HSC-13Mx Industrial Camera

Item and Part Number Image

Camera lens, 2/3", 16mm focal length, F1.4, C-Mount
(P/N: 7I003-SV1614V-RS)

Camera lens, 1", 25mm focal length, F1.4, C-Mount
(P/N: 7I003-SV2514V-RS)

If any of these items are missing or damaged, contact the distributor or sales
representative immediately.

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Chapter

3

3 Hardware Installation

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HSC-13Mx Industrial Camera

3.1 Installation Precautions

During installation, be aware of the precautions below:

 Read the user manual: The user manual provides a complete description of

the HSC-13Mx, installation instruction s and configuration options.

 DANGER! Disconnect Power: Power to the HSC-13Mx must be

disconnected during the installation process. Failing to disconnect the power
may cause severe injury to the body and/or damage to the system.

 Qualified Personnel: The HSC-13Mx must be installed and operated only by

trained and qualified personnel. Maintenanc e, upgrades, or repairs may only
be carried out by qualified personnel who are fami li ar with the associated
dangers.

3.2 Installing a C-Mount Camera Lens

To install a C-mount camera lens to the HSC-13Mx, please follow the steps below:

Step 1: Attach the supplied CS to C mount adapter to the lens mount of the HSC-13Mx.

Then, spin the adapter clockwise until it is secure to the HSC-13Mx.

Step 2: Attach the C-mount camera lens to the CS to C mount adapter. Then, spin the

lens clockwise until it is secure to the adapter. Step 0:

Figure 3-1: Installing a C-mount Camera Lens

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3.3 Mounting the HSC-13Mx

The HSC-13Mx is shipped with a mounting bracket that allows the HSC-13Mx to be
mounted onto an object with corresponding mounting screw, such as a tripod. To mount
the HSC-13Mx onto an object using the mounting b racket, please follow the steps below.

Step 1: Attach the mounting bracket to the bottom or top surface of the HSC-13Mx.

Secure the bracket to the HSC-13Mx with the four supplied retention screws.
See Figure 3-2.

Figure 3-2: Securing the Mounting Bracket to the HSC-13Mx

Step 2: Mount the HSC-13Mx to an object with corresponding mounting screw , for

example, a tripod. Align the threaded hole on the mounting bracket with the
mounting screw, place the HSC-13Mx over the object, and then spin the
HSC-13Mx until it is secure to the object. Step 0:

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3.4 External Peripheral Interface Connectors

The HSC-13Mx has the connectors listed below. Detailed descriptions of the connectors
can be found in the following subsections.

 Opto-isolated GPIO
 USB 3.0 (Micro B)

3.4.1 Opto-isolated GPIO Connector

The pinouts of the opto-isolated GPIO connector are shown below:

Pin Description

1 VCC_OUT 5V
2 VCC_IN 12V
3 ISO_GND
4 GND
5 RS-232 RXD
6 RS-232 TXD
7 ISO_OUT
8 ISO_IN

Table 3-1: Connector Pinouts

3.4.2 USB 3.0 (Micro B) Connector

The USB 3.0 connector (Figure 1-3) allows connecti on to a computer.

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Chapter

4

4 IEI HSC Application

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4.1 Overview

The IEI HSC allows configuration of the HSC-13Mx via a computer. Refer to the following
sections for detailed information.

NOTE:

The IEI HSC supports the OS versions listed below:

 Microsoft® Windows® 7 (32-bit & 64-bit)

 Microsoft® Windows® 8.1 (32-bit & 64-bit)

 Microsoft® Windows® 10 (32-bit & 64-bit)

4.2 Application Installation

By installing the IEI HSC utility, the IEI HSC AP and camera device driver will be installed
simultaneously. Please follow the steps below to proceed with installation. If the older
version of the IEI HSC is already installed, please refer Section 4.2.1 to uninstall it.

NOTE:

To obtain the IEI HSC setup file, please visit the IEI website.

Step 1: Connect the HSC-13Mx to the computer via the USB 3.0 connector .

Step 2: Double click the IEI_HSCam_SDK_Vx.x.x.xxxx_yyyymmdd.exe setup file

downloaded from the IEI website.

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Step 3: The Setup Wizard welcome window appears. Click Next to start.

Step 4: The license agreement appears. Read the license agreement, and then click I

Agree to continue.

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Step 5: The system starts installing the application.

Step 6: The Device Driver Installation Wizard window appears. Click Next button to

continue the device driver installation.

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Step 7: When the device driver installation is completed, the following window appears.

Click Finish to exit.

Step 8: When the IEI HSC and related drivers are successfully installed, the following

window appears. Click Finish to exit.

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Step 9: Check the Device Manager in the Windows control panel to ensure the “IEI High

Speed Camera” device driver has been properly installed. Step 0:

4.2.1 Uninstall IEI HSC AP

To uninstall the IEI HSC and related drivers, follow the steps below.

Step 1: Make sure to log in the system as the administrator.

Step 2: Click Uninstall from “Start Menu-> All Programs-> HSC”.

Step 3: A confirm ation window appears. Click Yes to uninstall the IEI HSC and all of its

components.

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4.3 Launching and Connecting

Step 1: Connect the HSC-13Mx device(s) to the computer.

Step 2: If the application is install ed to the conne cted compute r, two icons s hould appear

on the Windows desktop.

 HSC Single: allows users to preview single HSC-13Mx device.

 HSC Multi: allows users to preview multi ple HSC-13Mx devices.

Step 3: Double click the icon to launch the application. The user may launch the

application by clicking Start > Programs > HSC. The IEI HSC main screen
appears.

HSC Single

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HSC Multi

Step 4: HSC Single only - All cameras will be listed in “Device Index“. Select an index

number and the device information of the select ed camera will be shown below.

Step 5: Click the Connect button to connect and configure the camera.

HSC Single HSC Multi

Step 6: Before closing the HSC AP , click Disconnect to disconnect the camera.

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4.4 Configuring Device Settings

The users can configure device settings before using the HSC-13Mx to capture images.
The following sections describe the configuration settings in detail.

4.4.1 Camera Configuration

Click the button on the IEI HSC user interface to bring up the following
setup window.

Options Description

Exposure Time (us)

Gain value (dB)

Pixel Format

Reverse Y

Set or get the exposure time setting. Change the settings can
adjust image brightness.

Set or get the gain value setting. Change the setti ngs can
adjust image brightness.

The number of bits used to define each pixel. Options include:

 Mono8: 8 bits
 Mono10: 10 bits

Whether to flip the image upside down.

Save the settings to the device.
Get the settings from the device.

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HSC-13Mx Industrial Camera

enable hardware trigger input feature for

4.4.2 Trigger Control

IEI HSC AP allows external hardware triggering by using the device connected to the
GPIO connector of the HSC-13Mx to capture images. To enable or configure the

hardware triggering function, click the
interface to bring up the following setup wind ow.

button on the IEI HSC user

Options Description
Trigger Input

Trigger In Enable

Trigger In Activation

Check to
capturing image.

Rising Edge: the image will be captured when hardware
input signal goes from low to high.

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Specify an amount of time to delay the input task from

Specify an amount of time to delay the output task from

Options Description
Trigger Input

Falling Edge: the image will be captured when hardware

input signal goes from high to low.

Trigger In Delay (us)

Trigger In Response (us)
Output Pin

Output Pin Mode

General Out State
Trigger Out Polarity

Trigger Out Delay (us)

Trigger Out Duration (us)
Trigger Out Response (us)

*us indicates microsecond (μs).

running after the task is triggered.
Verify the delay time of the image input task.

Set hardware trigger output mode. Options include:

 General output
 Trigger o ut (select and click Set to enable the

following four trigger output setting options)

Enable or disable general output mode.
Set the polarity of the trigger output.

running after the task is triggered.
Specify the durat i on of time to perform the output task.
Verify the delay time of the image output task.

Save the settings to the device.
Get the settings from the device.

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4.4.3 Device Control

To change or view all of the device settings, click the button on the IEI
HSC user interface to bring up the following window. The menu bar at the top of the

window contains several buttons that allow users to adjust the view of the list.

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more controls available for the Guru level than the

level; some controls are not available in the

device that are

Item Description

Expand button

Collapse button

Visibility

Browser Options button

Expands the categories (when the Tree view is selected in
the Browser Options dialog box).

Collapses the categories (when the Tree view is selected in
the Browser Options dialog box).

Filters the list of features to suit the users’ level. There are

Beginner
Beginner level.

Opens the Browser Options dialog box, which allows you
to:

 Show the features using eit her the feature name or the

display name.

 Choose whether the features are displayed as an

alphabetical list or a feature tree.

 Specify whether the device features are refreshed

automatically, based on polling time, or manually
refreshed (using the Refresh button).

Refresh button

Refreshes the features of a HSC-13Mx
displayed in the Device Control dialog box.

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directory to save the captured

4.4.4 Save Options (HSC Single Only)

Click the button on the IEI HSC user interface to bring up the following
setup window.

Options Description

Enable Image Saving

Location to save images

Format

Image File Prefix

Saving Frequency Options

Check to enable image saving function and configuration
options listed below.

Click
images.

Set the image file format. Options include:

 BMP
 RAW

Set the filename prefix of the image files to be saved.

Set the saving frequency.

to specify a

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4.5 Capturing Images Manually

To capture images manually using HSC single/mul ti, follow the steps below.

Step 1: Use the Acquisition Mod e option on the IEI HSC user interface to set the

acquisition mode – continuous or single.

 Continuous mode: capture image continuously

 Single mode: capture one image

Step 2: Capture image(s).

 Continuous mode: click the Play button on the user interface to start

capturing images; click the Stop button to stop capturing images.

 Single mode: click the Play button on the user interface to capture one

image.

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4.6 Saving and Loading Device Settings

IEI HSC AP allows users to save the device settings to a configuration file which can be
loaded during future sessions.

4.6.1 HSC Single

To or from a configuration file

Saving

To save the changed device settings to a configuration file using IEI HSC Single, select
Save Configuration to File from the File menu. Choose a file name and location on your
computer to save the .pvcfg file. Click Save.

Loading
To load the configuration settings from a file, select Load Configuration from File from
the File menu. Navigate to the saved .pvcfg f il e and click Open.

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

To or from Camera UserSet1

Saving

The user can save the device settings to the device. After you have changed settings,
select Save Config to Camera UserSet1 from the File menu.

Loading

To load the device settings from UserSet1, select Load Config  UserSet1 from the File
menu.

NOTE:

To set UserSet1 as the persistent settings that are loaded every time t he device
is reset, select Set Default UserSet (loaded on restart)

UserSet1 from the

File menu.

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4.6.2 HSC Multi

Saving

To save the changed device settings to a configuration file using IEI HSC Multi, click Save
Config on the user interface. Choose a file name and location on your computer to save
the .pvcfg file. Click Save.

Loading

To load the configuration settings from a file, click Load Config on the user interface.
Navigate to the saved .pvcfg file and click Open.

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Chapter

5

5 HSC-13Mx SDK

(Windows)

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HSC-13Mx Industrial Camera

File

File Location

Description

Included File

Library File

5.1 Build Environment

The SDK build environment requirements are listed below. If the build environment is not
Microsoft Visual Studio 2010 SP1 or latter, you need to install Microsoft Visual C++ 2010
SP1 Redistributable Package (x86).

 Microsoft Windows 7 32-bit/64-bit or latter
 Windows SDK 7.1
 Microsoft Visual Studio 2010 SP1

5.2 SDK Introduction

NOTE:

To obtain the HSC-13Mx SDK file, please visit the IEI website.

The following sections are the brief introduction of the SDK. Applications using API are
required to include the following files which are located in the IEI HSC installation folder.
The default path is listed below

 x86 OS: the installation p ath is C:\Program Files\HSC
 x64 OS: the installation path is C:\Program Files(x86)\HSC

(installation path)SDK\IEI_HSC_SDK.h Header file required for C/C++
(installation path)\SDK\IEI_HSC_SDK.lib Exports API function definitions

DLL File

You can find the details and usages in the sampl e code whic h located in the followin g path:
(installation path)\example_code\

(installation path)\SDK\IEI_HSC_SDK.dll Dynamic Link Library (DLL)

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chrModelName[MAX_STRING_SIZE]

WCHAR

Model name

chrVersion_AutoGen [MAX_STRING_SIZE]

WCHAR

AutoGen Version

chrVersion_FPGA [MAX_STRING_SIZE]

WCHAR

FPGA Version

chrVersion_Firmware [MAX_STRING_SIZE]

WCHAR

Firmware Version

chrManufactureInfo[MAX_STRING_SIZE]

WCHAR

Manufaturer information

chrSerialNumber[MAX_STRING_SIZE]

WCHAR

Serial number

chrDeviceGUID[MAX_STRING_SIZE]

WCHAR

GUID number

chrFamilyName[MAX_STRING_SIZE]

WCHAR

Device family name

5.2.1 Structure Definition

#define MAX_STRING_SIZE 512

typedef struct _IEI_HSC_SDK_CameraInfo

{

WCHAR chrVendorName[MAX_STRING_SIZE];
WCHAR chrModelName[MAX_STRING_SIZE];
WCHAR chrVersion_AutoGen[MAX_STRING_SIZE];
WCHAR chrVersion_FPGA[MAX_STRING_SIZE];
WCHAR chrVersion_Firmware[MAX_STRING_SIZE];
WCHAR chrManufactureInfo[MAX_STRING_SIZE];
WCHAR chrSerialNumber[MAX_STRING_SIZE];
WCHAR chrDeviceGUID[MAX_STRING_SIZE];
WCHAR chrFamilyName[MAX_STRING_SIZE];

} IEI_HSC_SDK_CameraInfo;

Structure Member Data Type Description

chrVendorName[MAX_STRING_SIZE] WCHAR Vendor name

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Structure Member

Data Type

Description

mEnabled

bool

enable image save feature

mThrottling

unsigned int

Decide when to save

mThrottlingNoneNumber

unsigned int

Number of saving images

mThrottlingNoneTime

unsigned int

Period of saving images(seconds)

mImageWidth

unsigned int

image width

mImageHeight

unsigned int

image height

ImageFormat

unsigned int

image file format

mPath[512]

WCHAR

destination save path

mPrefix[512]

WCHAR

file name prefix

typedef struct structSavingImage

{

bool mEnabled;
unsigned int mThrottling;
unsigned int mThrottlingNoneNumber;
unsigned int mThrottlingNoneTime;
unsigned int mImageWidth;
unsigned int mImageHeight;
unsigned int ImageFormat;
WCHAR mPath[512];
WCHAR mPrefix[512];

} structSavingImage;

HSC-13Mx Industrial Camera

Page 39

Name

Value

IEI_HSC_NO_ERROR

0

IEI_HSC_INITIAL_TWICE_ERROR

1

IEI_HSC_DEVICE_NOT_INITIAL_ERROR

2

IEI_HSC_DEVICE_NOT_OPEN_ERROR

3

IEI_HSC_OPEN_TWICE_ERROR

4

IEI_HSC_ENUM_DEVICE_ERROR

5

IEI_HSC_DEVICE_NOT_FOUND_ERROR

6

IEI_HSC_CONNECT_ERROR

7

IEI_HSC_OPEN_ERROR

8

IEI_HSC_RUN_TWICE_ERROR

9

IEI_HSC_STOP_DEVICE_NOT_RUNNING_ERROR

10

IEI_HSC_PARAMETER_NOT_AVAILABLE_ERROR

11

IEI_HSC_PARAMETER_RANGE_ERROR

12

IEI_HSC_SET_PARAMETER_ERROR

13

IEI_HSC_GET_PARAMETER_ERROR

14

IEI_HSC_ALLOC_IMAGE_BUFFER_ERROR

15

IEI_HSC_FORMAT_PARAMETER_ERROR

16

IEI_HSC_THROTTLE_PARAMETER_ERROR

17

IEI_HSC_PATH_PARAMETER_ERROR

18

IEI_HSC_PATH_EXIST_ERROR

19

IEI_HSC_REGISTER_READ_WRITE_ERROR

20

IEI_HSC_CMD_TYPE_ERROR

21

IEI_HSC_MONO10_BMP_ERROR

22

IEI_HSC_RAM_CAPACITY_NOT_ENOUGH_ERROR

23

IEI_HSC_SET_CONFIGURATION_ERROR

100

IEI_HSC_GET_CONFIGURATION_ERROR

150

5.2.2 Error Code Definition

Page 40

HSC-13Mx Industrial Camera

IEI_HSC_SDK_Initialize previously

5.2.3 API Introduction

Prototype
Description
Parameter
Return

IEI_HSC_SDK_GetVersion()
Get SDK version
None
Version in YYYYMMDD

Prototype
Description
Parameter

Return

IEI_HSC_SDK_Initialize(int *ot_iDeviceNumber)

Release IEI HSC library
None
No error occurs if return value=0; if return value does not equal 0,
please refer to error code definition

Prototype
Description
Parameter

Return

IEI_HSC_SDK_Uninitialize()

un-initial HSC devices
None
No error occurs if return value=0; if return value does not equal 0,
please refer to error code definition

Prototype
Description

Parameter

Return

IEI_HSC_SDK_OpenDevice(int in_iCamera_ID)

Open HSC device which to be manipulated

in_iCamera_ID

In_iCamera_ID can be assigned from 0 to (N – 1), N i s

ot_iDeviceNumber value that derived by calling

No error occurs if return value=0; if return value does not equal 0,
please refer to error code definition

HSC-13Mx Industrial Camera

Page 41

IEI_HSC_SDK_Initialize previously

IEI_HSC_SDK_Initialize previously

Prototype
Description

Parameter

Return

IEI_HSC_SDK_CloseDevice(int in_iCamera_ID)

Close HSC device which will not to be used

in_iCamera_ID

In_iCamera_ID can be assigned from 0 to (N – 1), N i s

ot_iDeviceNumber value that derived by calling

No error occurs if return value=0; if return value does not equal 0,
please refer to error code definition

Prototype
Description

Parameter

Return

IEI_HSC_SDK_CaptureStart(int in_iCamera_ID)

start capturing images

in_iCamera_ID

In_iCamera_ID can be assigned from 0 to (N – 1), N i s

ot_iDeviceNumber value that derived by calling

No error occurs if return value=0; if return value does not equal 0,
please refer to error code definition

Prototype
Description

Parameter

Return

IEI_HSC_SDK_CaptureStop(int in_iCamera_ID)

Stop capturing images

in_iCamera_ID

In_iCamera_ID can be assigned from 0 to (N – 1), N i s

ot_iDeviceNumber value that derived by calling

IEI_HSC_SDK_Initialize previously

No error occurs if return value=0; if return value does not equal 0,
please refer to error code definition

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HSC-13Mx Industrial Camera

Frames per second

image numbers

Prototype
Description

Parameter

Return

IEI_HSC_SDK_GetFrameRate(int in_iCamera_ID,double *dblFPS)

Count image frames per second

in_iCamera_ID

In_iCamera_ID can be assigned from 0 to (N – 1), N i s

ot_iDeviceNumber value that derived by calling

IEI_HSC_SDK_Initialize previously

dblFPS

No error occurs if return value=0; if return value does not equal 0,
please refer to error code definition

Prototype

Description

Parameter

IEI_HSC_SDK_GetFrameCounter(int in_iCamera_ID, unsigned long

*ulngFrameCounter)

To count acquired image numbers

in_iCamera_ID

In_iCamera_ID can be assigned from 0 to (N – 1), N i s

ot_iDeviceNumber value that derived by calling

IEI_HSC_SDK_Initialize previously

ulngFrameCounter

Return

No error occurs if return value=0; if return value does not equal 0,
please refer to error code definition

HSC-13Mx Industrial Camera

Page 43

value that derived by calling

Capture frames continuously

0x00

Capture 1 frame

0x01

Prototype

IEI_HSC_SDK_SetCallback(int in_iCamera_ID,FRAMECALLBACK

func)

Set user defined callback function which will be called by OS

Description

automatically for each image captur ed , image data will be transfer
via callback function

in_iCamera_ID

In_iCamera_ID can be assigned from 0 to (N – 1), N is

Parameter

ot_iDeviceNumber

IEI_HSC_SDK_Initialize previously

func
user defined callback function

No error occurs if return value=0; if return value does not equal 0,

Return

please refer to error code definition

Prototype

IEI_HSC_SDK_AcquisitionMode(int in_iCamera_ID,int

in_iCmdType,int *intMode)

Description

image acquisition mode

in_iCamera_ID

In_iCamera_ID can be assigned from 0 to (N – 1), N i s

ot_iDeviceNumber value that derived by calling

IEI_HSC_SDK_Initialize previously

in_iCmdTypeRW
CMD_TYPE_READ

Parameter

to get current setting from device
CMD_TYPE_WRITE
apply setting to device

intMode

No error occurs if return value=0; if return value does not equal 0,

Return

please refer to error code definition

Page 44

HSC-13Mx Industrial Camera

Camera information structure, refer to Structure Definition

Prototype

Description

Parameter

Return

Prototype

Description

Parameter

IEI_HSC_SDK_GetDeviceInfo(int in_iCamera_ID,

IEI_HSC_SDK_CameraInfo* pHSC_Camera_Info)

Get device information

in_iCamera_ID

In_iCamera_ID can be assigned from 0 to (N – 1), N is

ot_iDeviceNumber value that derived by calling

IEI_HSC_SDK_Initialize previously

IEI_HSC_SDK_CameraInfo

No error occurs if return value=0; if return value does not equal 0,
please refer to error code definition

IEI_HSC_SDK_Exposure(int in_iCamera_ID,int in_iCmdType,double
*dblExposureTime_us)

image exposure time , unit: Microsecond(us)

in_iCamera_ID

In_iCamera_ID can be assigned from 0 to (N – 1), N is

ot_iDeviceNumber value that derived by calling

IEI_HSC_SDK_Initialize previously

in_iCmdTypeRW
CMD_TYPE_READ
to get current setting from device
CMD_TYPE_WRITE
apply setting to device

dblExposureTime_us

Exposure time range from 6 ~2000000 us, precision 0.1 us.
The Exposure time value range can also be derived by call

“

IEI_HSC_SDK_ExposureGetRange” function

Return

No error occurs if return value=0; if return value does not equal 0,
please refer to error code definition

HSC-13Mx Industrial Camera

Page 45

Prototype

Description

Parameter

Return

IEI_HSC_SDK_ExposureGetRange (int in_iCamera_ID,double
*dblExposureTime_Min,double *dblExposureTime_Max)

Get acceptable exposure time sett i ng range

in_iCamera_ID

In_iCamera_ID can be assigned from 0 to (N – 1), N is

ot_iDeviceNumber value that derived by calling

IEI_HSC_SDK_Initialize previously

dblExposureTime_Min

Minimum acceptable exposure value, unit: Microsecond(us),
precision 0.1 us.

dblExposureTime_Max

Maximum acceptable exposure value, unit: Microsecond(us),
precision 0.1 us.

No error occurs if return value=0; if return value does not equal 0,
please refer to error code definition

Prototype

Description

Parameter

Return

IEI_HSC_SDK_Gain(int in_iCamera_ID,int in_iCmdType,double
*dblGain_dB)

camera gain control, unit: dB

in_iCamera_ID

In_iCamera_ID can be assigned from 0 to (N – 1), N i s

ot_iDeviceNumber value that derived by calling

IEI_HSC_SDK_Initialize previously

in_iCmdTypeRW
CMD_TYPE_READ
to get current setting from device
CMD_TYPE_WRITE
apply setting to device

dblGain_dB

Gain value range from 1 to 32 dB, precision 0.1 dB . The gain
value range can also be derived by call

IEI_HSC_SDK_GainGetRange” function

“

No error occurs if return value=0; if return value does not equal 0,
please refer to error code definition

Page 46

HSC-13Mx Industrial Camera

precision 0.1 us

Prototype

Description

Parameter

Return

IEI_HSC_SDK_GainGetRange(int in_iCamera_ID,double
*dblGain_Min,double *dblGain_Max)

Get acceptable gain setting range

in_iCamera_ID

In_iCamera_ID can be assigned from 0 to (N – 1), N is

ot_iDeviceNumber value that derived by calling

IEI_HSC_SDK_Initialize previously

dblGain_Min

Minimum acceptable gain value, unit: Microsecond(us),
precision 0.1 us.

dblGain_Max

Maximum acceptable gain value, unit: Microsecond(us),

No error occurs if return value=0; if return value does not equal 0,
please refer to error code definition

HSC-13Mx Industrial Camera

Page 47

Disable camera trigger feature

false

Enable camera trigger feature

true

5.2.4 Trigger Input

Prototype

Description

Parameter

Return

IEI_HSC_SDK_TriggerInEnable(int in_iCamera_ID,int in_iCmdType,
bool *Enabled)

To enable or disable camera trigger in feature

in_iCamera_ID

In_iCamera_ID can be assigned from 0 to (N – 1), N i s

ot_iDeviceNumber value that derived by calling

IEI_HSC_SDK_Initialize previously

in_iCmdTypeRW
CMD_TYPE_READ
to get current setting from device
CMD_TYPE_WRITE
apply setting to device

Enabled

No error occurs if return value=0; if return value does not equal 0,
please refer to error code definition

Page 48

HSC-13Mx Industrial Camera

Rising Edge triggered

0x00

Falling Edge triggered

0x01

Prototype

Description

Parameter

Return

IEI_HSC_SDK_TriggerInActivation(int in_iCamera_ID,int
in_iCmdType, int *intTriggerActivation)

Determine the trigger activated from voltage low to high level
signal(rising edge) or high to low level signal(fall ing edge)

in_iCamera_ID

In_iCamera_ID can be assigned from 0 to (N – 1), N is

ot_iDeviceNumber value that derived by calling

IEI_HSC_SDK_Initialize previously
in_iCmdTypeRW

CMD_TYPE_READ
to get current setting from device
CMD_TYPE_WRITE
apply setting to device

intTriggerActivation

No error occurs if return value=0; if return value does not equal 0,
please refer to error code definition

HSC-13Mx Industrial Camera

Page 49

precision 1 us.

Prototype

Description

Parameter

IEI_HSC_SDK_TriggerInDelay(int in_iCamera_ID,int in_iCmdType,
long *lngTriggerDelay)

Delay a period of time before capture image after trigger in
signaled

in_iCamera_ID

In_iCamera_ID can be assigned from 0 to (N – 1), N i s

ot_iDeviceNumber value that derived by calling

IEI_HSC_SDK_Initialize previously
in_iCmdTypeRW

CMD_TYPE_READ
to get current setting from device
CMD_TYPE_WRITE
apply setting to device

lngTriggerDelay

delay time , unit: microsecond
the setting range of delay time can be derived by call
IEI_HSC_SDK_TriggerInDelayGetRange function

Return

No error occurs if return value=0; if return value does not equal 0,
please refer to error code definition

Prototype

Description

Parameter

Return

IEI_HSC_SDK_TriggerInDelayGetRange(int in_iCamera_ID,long
*lngDelay_Min,long *lngDelay_Max)

To get the acceptable min and max of delay time

in_iCamera_ID

In_iCamera_ID can be assigned from 0 to (N – 1), N i s

ot_iDeviceNumber value that derived by calling

IEI_HSC_SDK_Initialize previously
lngDelay_Min

Minimum acceptable delay time value, unit: M i cro second(us) ,
precision 1 us.

lngDelay_Max

Maximum acceptable delay time value, unit: Microsecond(us) ,

No error occurs if return value=0; if return value does not equal 0,
please refer to error code definition

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HSC-13Mx Industrial Camera

delay time , unit: microsecond

GeneralOutput

0

TriggerOut

1

Prototype

Description

Parameter

Return

5.2.5 Output Control

IEI_HSC_SDK_TriggerInGetResponse(int in_iCamera_ID, long
*lngTriggerResponseUs)

To verify delay time after trigger in signaled , normally the

lngTriggerResponseUs value should be the same as
lngTriggerDelay value which set by IEI_HSC_SDK_TriggerInDelay

function

in_iCamera_ID

In_iCamera_ID can be assigned from 0 to (N – 1), N i s

ot_iDeviceNumber value that derived by calling

IEI_HSC_SDK_Initialize previously
lngTriggerResponseUs

No error occurs if return value=0; if return value does not equal 0,
please refer to error code definition

Prototype

Description

Parameter

Return

IEI_HSC_SDK_OutputPinMode(int in_iCamera_ID, int in_iCmdType,
int *intMode)

To set output pin for general output or trigger output control

in_iCamera_ID

In_iCamera_ID can be assigned from 0 to (N – 1), N i s

ot_iDeviceNumber value that derived by calling

IEI_HSC_SDK_Initialize previously

in_iCmdTypeRW
CMD_TYPE_READ
to get current setting from device
CMD_TYPE_WRITE
apply setting to device

intMode

No error occurs if return value=0; if return value does not equal 0,
please refer to error code definition

HSC-13Mx Industrial Camera

Page 51

Off 0 On

1

Prototype

Description

Parameter

Return

IEI_HSC_SDK_GeneralOutputState(int in_iCamera_ID, int
in_iCmdType, int *intState)

To set output pin state

in_iCamera_ID

In_iCamera_ID can be assigned from 0 to (N – 1), N i s

ot_iDeviceNumber value that derived by calling

IEI_HSC_SDK_Initialize previously

in_iCmdTypeRW
CMD_TYPE_READ
to get current setting from device
CMD_TYPE_WRITE
apply setting to device

intState

No error occurs if return value=0; if return value does not equal 0,
please refer to error code definition

Page 52

HSC-13Mx Industrial Camera

normal low , active high

Positive

Normal high, active low

Negative

Prototype

Description

Parameter

IEI_HSC_SDK_TriggerOutPolarity(int in_iCamera_ID, int
in_iCmdType,int *intPolarity)

Set trigger output voltage level polarity

in_iCamera_ID

In_iCamera_ID can be assigned from 0 to (N – 1), N i s

ot_iDeviceNumber value that derived by calling

IEI_HSC_SDK_Initialize previously

in_iCmdTypeRW
CMD_TYPE_READ
to get current setting from device
CMD_TYPE_WRITE
apply setting to device

intPolarity

Positive

Negative

Return

No error occurs if return value=0; if return value does not equal 0,
please refer to error code definition

HSC-13Mx Industrial Camera

Page 53

us.

Prototype

Description

Parameter

IEI_HSC_SDK_TriggerOutDelay(int in_iCamera_ID,int in_iCmdType,
long *

lngTriggerDelay)
After start grabbing image , to delay a period of time before signal
trigger out

in_iCamera_ID

In_iCamera_ID can be assigned from 0 to (N – 1), N i s

ot_iDeviceNumber value that derived by calling

IEI_HSC_SDK_Initialize previously

in_iCmdTypeRW

CMD_TYPE_READ
to get current setting from device
CMD_TYPE_WRITE
apply setting to device

lngTriggerDelay

delay time , unit: microsecond
the setting range of delay time can be derived by call
IEI_HSC_SDK_TriggerOutDelayGetRange function

Return

No error occurs if return value=0; if return value does not equal 0,
please refer to error code definition

Prototype

Description

Parameter

Return

IEI_HSC_SDK_TriggerOutDelayGetRange(int in_iCamera_ID,long
*lngDelay_Min,long *lngDelay_Max)

To get the acceptable min and max of delay time

in_iCamera_ID

In_iCamera_ID can be assigned from 0 to (N – 1), N i s

ot_iDeviceNumber value that derived by calling

IEI_HSC_SDK_Initialize previously

lngDelay_Min

Minimum acceptable time value, unit: Microsecond(us) ,
precision 1 us.

lngDelay_Max

Maximum acceptable value, unit: M icrosecond(us) , precision 1

No error occurs if return value=0; if return value does not equal 0,
please refer to error code definition

Page 54

HSC-13Mx Industrial Camera

Prototype

Description

Parameter

IEI_HSC_SDK_TriggerOutDuration(int in_iCamera_ID, int
in_iCmdType, long *lngDuration)

Set a period of time which trigger output signaled

in_iCamera_ID

In_iCamera_ID can be assigned from 0 to (N – 1), N i s

ot_iDeviceNumber value that derived by calling

IEI_HSC_SDK_Initialize previously

in_iCmdTypeRW

CMD_TYPE_READ
to get current setting from device
CMD_TYPE_WRITE
apply setting to device

lngDuration

period of time which output signal remains , unit : microsecond

Return

No error occurs if return value=0; if return value does not equal 0,
please refer to error code definition

HSC-13Mx Industrial Camera

Page 55

us.

Prototype

Description

Parameter

Return

IEI_HSC_SDK_TriggerOutDurationGetRange(int in_iCamera_ID,long
*lngDelay_Min,long *lngDelay_Max)

To get the acceptable min and max of duration time

in_iCamera_ID

In_iCamera_ID can be assigned from 0 to (N – 1 ), N is

ot_iDeviceNumber value that derived by calling

IEI_HSC_SDK_Initialize previously

lngDelay_Min

Minimum acceptable time value, unit: Microsecond(us) ,
precision 1 us.

lngDelay_Max

Maximum acceptable value, unit: M icrosecond(us) , precision 1

No error occurs if return value=0; if return value does not equal 0,
please refer to error code definition

Prototype

IEI_HSC_SDK_TriggerOutGetResponse(int in_iCamera_ID, long
*lngTriggerResponseUs)

To verify delay time after start grabbing image , normally the

Description

Parameter

Return

lngTriggerResponseUs value should be the same as
lngTriggerDelay value which set by

IEI_HSC_SDK_TriggerOutDelay function

in_iCamera_ID

In_iCamera_ID can be assigned from 0 to (N – 1), N i s

ot_iDeviceNumber value that derived by calling

IEI_HSC_SDK_Initialize previously

lngTriggerResponseUs

delay time , unit: microsecond

No error occurs if return value=0; if return value does not equal 0,
please refer to error code definition

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HSC-13Mx Industrial Camera

mono10: 10 bits depth image

Prototype
Description

Parameter

Return

IEI_HSC_SDK_OpenGenICam(int in_iCamera_ID)

Open GenICam parameter setting dial og

in_iCamera_ID

In_iCamera_ID can be assigned from 0 to (N – 1), N i s

ot_iDeviceNumber value that derived by calling

IEI_HSC_SDK_Initialize previously

No error occurs if return value=0; if return value does not equal 0,
please refer to error code definition

Prototype

Description

Parameter

IEI_HSC_SDK_PixelsFormat(int in_iCamera_ID, int in_iCmdType,int

*intPixelsFormat)

Set the bit depth of the image

in_iCamera_ID

In_iCamera_ID can be assigned from 0 to (N – 1), N i s

ot_iDeviceNumber value that derived by calling

IEI_HSC_SDK_Initialize previously

in_iCmdTypeRW
CMD_TYPE_READ
to get current setting from device
CMD_TYPE_WRITE

apply set ting to device, available while camera is not

capturing image

intPixelsFormat

mono8 : 8 bits depth image

Return

No error occurs if return value=0; if return value does not equal 0,
please refer to error code definition

HSC-13Mx Industrial Camera

Page 57

Prototype

Description

Parameter

Return

IEI_HSC_SDK_ImageSavingOption(int in_iCamera_ID, int

in_iCmdType,structSavingImage *SavingImageSetting)

Settings for captured image to save

in_iCamera_ID

In_iCamera_ID can be assigned from 0 to (N – 1), N i s

ot_iDeviceNumber value that derived by calling

IEI_HSC_SDK_Initialize previously

in_iCmdTypeRW
CMD_TYPE_READ
to get current setting from device
CMD_TYPE_WRITE

apply setting to device, available while camera is not

capturing image
StructSavingImage
Refer to Structure Defin ition mentioned previously

No error occurs if return value=0; if return value does not equal 0,
please refer to error code definition

Prototype

Description

Parameter

Return

IEI_HSC_SDK_Configuration(int in_iCamera_ID, int

in_iCmdType,WCHAR *FileName)

Save or load camera parameter setting t o or from conf igurati on file

in_iCamera_ID

In_iCamera_ID can be assigned from 0 to (N – 1), N i s

ot_iDeviceNumber value that derived by calling

IEI_HSC_SDK_Initialize previously

in_iCmdTypeRW
CMD_TYPE_READ
Load parameter settings from configura tion file to camera
CMD_TYPE_WRITE

Save parameter settings from camera to conf i guration file,

available while camera is not capturing image

FileName

Configuration file name

No error occurs if return value=0; if return value does not equal 0,
please refer to error code definition

Page 58

HSC-13Mx Industrial Camera

Disable flip vertically

false

Enable flip vertically

true

Prototype

Description

Parameter

Return

IEI_HSC_SDK_ImageReverseY(int in_iCamera_ID, int in_iCmdType,

bool *Enabled)

Flip image vertically
in_iCamera_ID

In_iCamera_ID can be assigned from 0 to (N – 1), N is

ot_iDeviceNumber value that derived by calling

IEI_HSC_SDK_Initialize previously

in_iCmdTypeRW

CMD_TYPE_READ
Load parameter settings from configura tion file to camera
CMD_TYPE_WRITE

Save parameter settings from camera to conf i guration file,

available while camera is not capturing image

Enabled

No error occurs if return value=0; if return value does not equal 0,
please refer to error code definition

Prototype

Description

Parameter

Return

IEI_HSC_SDK_UserSetConfiguration_SaveToUsetSet1(int

in_iCamera_ID)

Save camera configuration into Camera UserSet 1

in_iCamera_ID

In_iCamera_ID can be assigned from 0 to (N – 1), N i s

ot_iDeviceNumber value that derived by calling

IEI_HSC_SDK_Initialize previously

No error occurs if return value=0; if return value does not equal 0,
please refer to error code definition

HSC-13Mx Industrial Camera

Page 59

Default

0

UserSet1

1

reset.

Prototype

Description

IEI_HSC_SDK_UserSetConfiguration_Load(int in_iCamera_ID,int

intUserSelector)

Loads the User Set configuration specified to the camera and makes it
active.

in_iCamera_ID

In_iCamera_ID can be assigned from 0 to (N – 1), N i s

ot_iDeviceNumber value that derived by calling

IEI_HSC_SDK_Initialize previously

Parameter

intUserSelector

Selects User Set to be loaded

No error occurs if return value=0; if return value does not equal 0,

Return

please refer to error code definition

Prototype

IEI_HSC_SDK_UserSetConfiguration_Default(int in_iCamera_ID, int

in_iCmdType, int *intUserSelector)

Description

Parameter

Return

Selects which User Set to be loaded and make active when the camera is

in_iCamera_ID

In_iCamera_ID can be assigned from 0 to (N – 1), N i s

ot_iDeviceNumber value that derived by calling

IEI_HSC_SDK_Initialize previously

in_iCmdTypeRW
CMD_TYPE_READ
to get current setting from device
CMD_TYPE_WRITE
apply setting to device
intUserSelector

Selects User Set to be loaded

Default 0
UserSet1 1

No error occurs if return value=0; if return value does not equal 0,
please refer to error code definition

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HSC-13Mx Industrial Camera

Appendix

A

A Regulatory Compliance

HSC-13Mx Industrial Camera

Page 61

other devices in the equipment, the CE conformity

is equipment complies with Part 15 of the FCC Rules. Operation is subject to the

part 15 of the FCC Rules. These limits are designed to provide

commercial environment. This equipment generates, uses, and can radiate radio

t installed and used in accordance with the instruction

manual, may cause harmful interference to radio communications. Operation of this

DECLARATION OF CONFORMITY

This equipment has been tested and f ound to com ply with specifi cations for CE marking.
If the user modifies and/or installs
declaration may no longer apply.

FCC WARNING

Th
following two conditions:

 This device may not cause harmful interference, and
 This device must accept any interference received, including interference

that may cause undesired operation.

This equipment has been tested and found to comply with the limits for a Class A digital
device, pursuant to
reasonable protection against harmful interference when the equipment is operated in a

frequency energy and, if no

equipment in a residential area is likely to cause harmful interference in which case the
user will be required to correct the interference at his own expense.

Page 62

HSC-13Mx Industrial Camera

Appendix

B

B Hazardous Materials

Disclosure

HSC-13Mx Industrial Camera

Page 63

The details provided in this appendix are to ensure that the product is compliant with the
Peoples Republic of China (China) RoHS standards. The table below acknowledges the
presences of small quantities of certain material s in the product, and is applicable t o China
RoHS only.

A label will be placed on each product to indicate the estimated “Environmentally Friendly
Use Period” (EFUP). This is an estimate of the number of years that these substances
would “not leak out or undergo abrupt change.” This product may contain replaceable
sub-assemblies/components which have a shorter EFUP such as batteries and lamps.
These components will be separately marked.

Please refer to the table on the next page.

Part Name Toxic or Hazardous Substances and Elements

Lead
(Pb)

Housing
Display
Printed Circuit
Board
Metal Fasteners
Cable Assembly
Fan Assembly
Power Supply
Assemblies
Battery
O: This toxic or hazardous substance is contained in all of the homoge neous materials for the part is below the limit

requirement in SJ/T11363-2006 (now replaced by GB/T 26572-2011).

X: This toxic or hazardous substance is contained in at least one of the homogeneous materials for this part is above

O O O O O O
O O O O O O
O O O O O O

O O O O O O
O O O O O O
O O O O O O
O O O O O O

O O O O O O

Mercury
(Hg)

Cadmium
(Cd)

Hexavalent
Chromium
(CR(VI))

Polybrominated
Biphenyls
(PBB)

Polybrominated
Diphenyl Ethers
(PBDE)

the limit requirement in SJ/T11363-2006 (now replaced by GB/T 26572-2011).

Page 64

HSC-13Mx Industrial Camera

O O O O O

O

O O O O O

O

O O O O O

O

O O O O O

O

此附件旨在确保本产品符合中国 RoHS 标准。以下表格标示此产品中某有毒物质的含量符
合中国 RoHS 标准规定的限量要求。

本产品上会附有”环境友好使用期限”的标签，此期限是估算这些物质”不会有泄漏或突变”的

年限。本产品可能包含有较短的环境友好使用期限的可替换元件，像是电池或灯管，这些

元件将会单独标示出来。

部件名称

壳体

显示

印刷电路板

金属螺帽

电缆组装

风扇组装

电力供应组装

电池

表示该有毒有害物质在该部件所有物质材料中的含量均在

O:

标准规定的限量要求以下。

表示该有毒有害物质至少在该部件的某一均质材料中的含量超出

X:
26572-2011

取代) 标准规定的限量要求。

有毒有害物质或元素

铅

(Pb)

汞

(Hg)

镉

(Cd)

O O O O O O

O O O O O O

O O O O O O

O O O O O O

六价铬

(CR(VI))

SJ/T 11363-2006 (

SJ/T 11363-2006 (

多溴联苯

(PBB)

现由

GB/T 26572-2011

现由

多溴二苯醚

(PBDE)

GB/T

取代

)