Si-WARE SYSTEMS NeoSpectra NEO1001 Bedienungsanleitung

NeoSpectra Scanner

NEO1001

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Table of Contents

About the NeoSpectra Scanner............................................................................................. 2

1Main Case Components................................................................................................. 3

2Scanner User Interface .................................................................................................. 4

2.1 Scan and Power Buttons......................................................................................... 4

2.2 Scanner USB Port................................................................................................... 5

2.3 Scanner Screen Panel ............................................................................................ 6

2.3.1 Stored Scans ................................................................................................... 6

2.3.2 Battery Status .................................................................................................. 6

2.3.3 Bluetooth Status .............................................................................................. 7

2.3.4 Messages ........................................................................................................ 7

3Powering the Scanner.................................................................................................... 8

3.1 Charger / Battery Powered Operation ..................................................................... 8

3.2 Battery Replacement .............................................................................................. 8

4Sample Interface............................................................................................................ 9

4.1 Point & Shoot.......................................................................................................... 9

4.2 Sample on top of Scanner..................................................................................... 10

4.3 Scanner on top of sample ..................................................................................... 10

5Scanner Power & Connection States ........................................................................... 10

6Measurement procedure .............................................................................................. 11

7Firmware update .......................................................................................................... 11

7.1.1 Firmware Update ........................................................................................... 11

7.1.2 Restore Default Firmware .............................................................................. 11

8Scanner Error Codes ................................................................................................... 12

9Precautions.................................................................................................................. 13

10 Compliance statements ............................................................................................ 14

NeoSpectra Scanner

NEO1001

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About the NeoSpectra Scanner

NeoSpectra Scanner is a portable device that can be used in a wide variety of material

identification applications. It shines infrared light that interacts with the sample to be

measured, collects its diffuse reflectance, and generates NIR spectra that corresponds to a

unique spectral response of the material in the spectral range (1,350 - 2,500 nm). The

Scanner enables the development of in-field material analysis applications in various

industries.

NeoSpectra Scanner

NEO1001

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1 Main Case Components

A. NeoSpectra Scanner: The main spectra collection device (Figure 1).

B. Scanner Cover: A protective cover for the optical window that should be placed on

top of the Scanner when it is not being used. The cover attaches to the Scanner

easily via magnets. The cover also includes a small white box containing a reference

material for calibration measurements. To avoid losing the cover, make sure to use

the lanyard to attach the cover to the Scanner.

C. Scanner Sample Holder: A holder for samples like soil, feed, powders, etc, Most

times the Scanner will be used without the sample holder. It is magnetically attached

to the Scanner cover and needs to be detached from it when used (Figure 2). The

sample holder can be magnetically attached and aligned on the Scanner top surface

to hold the sample during scanning.

D. Scanner power adapter: An AC/DC adapter dedicated for use with the Scanner via

a USB connection. It also comes with a power plug converter for users located in the

USA. Refer to Section 3 for more details about the adapter usage.

A. NeoSpectra - Scanner

C. Scanner Sample Holder

B. Scanner Cover

Magnetic contacts

White reference material

Figure 1: Main Case Components

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NEO1001

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Scanner Cover

Scanner Sample Holder

Figure 2: Attaching the sample holder to the Scanner cover

2 Scanner User Interface

2.1 Scan and Power Buttons

The Scanner main functionality is controlled by the Scan and Power buttons (shown in Figure

3) as summarized in the table below.

Power Button Functionality

Scan Button Functionality

1. A short press turns on the Scanner if it’s

powered off.

2. When Scanner is turned on

a. A long press turns the Scanner off.

b. A short press will change the

status of the bluetooth connection

from “Disconnected” to “Ready to

connect”.

Refer to Section 5.3 for more details about

the Bluetooth connection.

1. A short press is used to take a sample

measurement.

2. A long press is used to take a calibration

measurement.

Refer to Section 5.1 and 5.4 for more details

about the usage of the Scan button.

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NEO1001

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Power

Button

Scan

Button

Screen

panel

Optical

window

Figure 3: Scanner interfaces

2.2 Scanner USB Port

The Scanner USB Port is used for battery charging. It is shown in Figure 4. To charge the

battery, plug the power adapter into the USB Port.

USB Port

Battery

compartment

Figure 4 Scanner USB charging port, and battery compartment

NeoSpectra Scanner

NEO1001

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2.3 Scanner Screen Panel

The four main areas of the Scanner screen are shown in Figure 5: Stored Scans, Battery

Status, BLE (Bluetooth) Status, and Messages.

Stored Scans BLE Status

Battery Status Messages Area

Figure 5: Scanner screen panel overview

2.3.1 Stored Scans

When the scanner is not connected to an app, the spectral data are stored in the Scanner’s

local memory. The memory can store up to 999 spectra. The number shown on the screen

indicates the number of stored spectra in the scanner.

2.3.2 Battery Status

The remaining battery capacity is shown as well as an indication of whether the charger is

connected as illustrated in Figures 6a and 6b.

Figures 6: Battery status on the screen

(a) Battery status while Scanner is being charged.

(b) Battery status when Scanner is not being charged.

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NEO1001

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2.3.3 Bluetooth Status

The state of Bluetooth connectivity between the device and the Scan application software is

displayed. It is either “Ready to Connect”, “Connected”, or “Disconnected” (Figures 7a, 7b,

7c respectively). The details of the states are described in Section 5.3.

Figure 7a, 7b, 7c: BLE status area during different connection states

The Neo-Spectra is an intentional radiator, using wireless data transmission:

•Frequency band: 2400-2483.5 MHz

•Max Power EIRP: 10.95 dBm (12.45mW)

2.3.4 Messages

The messages area is an interactive display of measurement progress and status. It shows

whether the scan being taken is a white reference scan (Figure 8a) or a material scan (8b)

and it also shows a progress bar for the scanning process. It also indicates when the scan

has completed successfully (Figure 8c) or if there was an error with the last scan (Figure 8d).

A detailed list of error messages is shown in Section 7.

Figure 8: Messages area during reference and material scans

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NEO1001

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3 Powering the Scanner

3.1 Charger / Battery Powered Operation

NeoSpectra Scanner is powered by two replaceable 18650 batteries with 3400 mAh nominal

capacity. The batteries are readily installed in the device for out-of-the-box operation. The

Scanner also comes with a 15 V/2.4 A AC/DC adapter capable of powering the Scanner to

charge and scan simultaneously, irrespective of the battery status.

The specifications of the cable are summarized in Table 1:

Table 1: Specifications of charging cable

Description

Universal AC/DC USB C PD External Wall Mount

(Class II) Adapter

Input Voltage

100 VAC ~240 VAC

Frequency Range

50 HZ ~ 60 HZ

Input Current

1.0 A

Output Voltage (PDO)

5V / 9V / 12V / 15V / 20V

Rated Output Current

(min)

3A@5V / 3A@9V / 3A@12V / 2.4@15V / 1.8A @20V

Power Output (min)

36W

Form

Wall Mount (Class II)

Plug

NA / EU

Recommended Models

Qualtek : QFWC-45-20-USCR

Globtek : GTM96181-36PD-PPS

You can expect than charging speed will be slower if an off-the-shelf standard 5 V USB

charger is used. In addition, performing measurements will only be possible if the battery is

sufficiently charged.

3.2 Battery Replacement

Follow these steps to replace the battery0F

•Unscrewing the four screws in the battery cover at the bottom of the Scanner (See

Figure 9.)

•Prepare two identical batteries (Type Flat top Panasonics 18650B, preferably fully

charged)

•Insert batteries in the compartment, and make sure that the “-“ side of the battery are

placed at the terminal with a spring.

•Press the two batteries insider the Scanner

•Turn on the scanner.

Notes:

•In case batteries are not charged, the Scanner may not be able to boot. Please

connect the charger, and wait until the Scanner is charged.

1Risk of explosion if battery if battery is replaced by an incorrect type. Dispose off used batteries

according to battery manufacturer’s instructions

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Figure 9: Battery replacement process

4 Sample Interface

The Scanner’s design allows for multiple ways to interface with a sample. The Scanner can

be used in a point and shoot mode, sample can be placed on top of the Scanner, or Scanner

can be placed on the top of the sample. The different sample interfaces are illustrated in

Figures 11 and 12. Important: in all cases, the user must ensure that the sample is in

contact with the Scanner window.

4.1 Point & Shoot

●Hold Scanner in hand.

●Point and scan while ensuring that the Scanner window is pressed against the sample.

Figure 10: Scanner used with point-and-shoot interface.

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4.2 Sample on top of Scanner

•Place scanner on a flat surface, with the optical window facing up

•If sample is a large solid item, place it on top the Scanner and make sure it is

centered with the optical window

•If the sample is a powder, grain, or loose product, a sample container will be

required. In these cases, please contact support@si-ware.com to discuss appropriate

container options and sample setup for successful scanning.

4.3 Scanner on top of sample

●Place the sample on a flat surface.

●Set the Scanner on top of the sample and scan.

Figure 11: Scanner on top of sample

5 Scanner Power & Connection States

The Scanner has five main states that depend: Power Off, Ready to Connect, Connected,

and Disconnected. Description of each stated is detailed below:

1. Power Off: A long press on the power button turns off the Scanner. It’s

recommended to keep the device in this state when not in use to conserve battery.

2. Ready to Connect:This is the initial state when the scanner is turned on. When in

this state, the Scanner will be discoverable by external mobile devices nearby to

make a Bluetooth connection. The Scanner stays in this state for two minutes and

then automatically moves to the “Disconnected” state if no connection is established

with an external mobile device. To return to “ready to connect” state, press the Power

button briefly.

3. Connected: This is the main state during the Bluetooth-connected operation mode.

In this state, the Scanner is turned on and connected to a mobile device via

Bluetooth. It is ready to take scans either using the mobile application or the Scan

button on the Scanner.

Inhaltsverzeichnis

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