Grosby HHP2 Chain Load Monitoring Bluetooth Tension Load Cell User Manual

Grosby HHP2 Chain Load Monitoring Bluetooth Tension Load Cell

Product Information

Product: HHP2 Mobile App Supported Platforms: Android, iOS Version: v2.00 Part Number: SU3877 Distributed by: ABQ Industrial LP USA Contact Information: Tel: +1 (281) 516-9292 / (888) 275-5772 – eFax: +1 (866) 234-0451 – Web: https://www.abqindustrial.net – E-mail: info@abqindustrial.net

Product Usage Instructions

To use the HHP2 app for load monitoring, please follow these steps: Download and install the app from the respective app store: For Android devices, scan the provided QR code labeled “Android HHP App” to be directed to the app download page on the Android app store. For iOS devices, scan the provided QR code labeled “iOS HHP App” to be directed to the app download page on the Apple app store. Before launching the app, make sure to enable the
Bluetooth feature on your device. If you launch the app before enabling Bluetooth, the app will prompt you to enable it before proceeding.

Ensure that you are within 100 meters (328 feet) of the SP Bluetooth-enabled device. Once the app has fully booted up, press the “SCAN” button to scan for SP Bluetooth devices that are available within a 100-meter vicinity.  If the Bluetooth feature is not already turned on, the app will prompt you to do so. If any devices are detected, they will be added to a list. From the list, select the “Connect” option for the device you wish to connect with and receive monitoring information from. Please note that these instructions are provided in multiple languages within the user manual.

THIS MANUAL WAS WRITTEN IN THE ENGLISH LANGUAGE AND PROFESSIONALLY TRANSLATED TO ALL OTHER LANGUAGES CONTAINED WITHIN THIS DOCUMENT. PLEASE NOTE THAT STRAIGHT POINT ACCEPTS NO RESPONSIBILITY FOR ANY ERRORS OR OMISSIONS.

HHP App is only compatible with our range of Bluetooth-enabled products – please make sure that your Crosby|Straightpoint product is Bluetooth-enabled before using the HHP App.

1. Download and install the app from the relative app store (QR codes to be scanned and to link you to the appropriate Android/Apple app download pages on the app stores provided above).
2. Before launching the app, turn on the Bluetooth feature on your device (if you launch the app before enabling it, you will be prompted by the app to enable features before being able to progress).
3. Locate yourself within 100m/328ft of the SP Bluetooth-enabled device.
4. Once the app has fully booted up, press the ‘SCAN’ button to scan for SP Bluetooth devices that are available within 100m vicinity.
5. If the Bluetooth feature is not already turned on the app will prompt you to do so.
6. If any devices are detected, they will be added to a list (Fig 1).
7. Select the ‘Connect’ option for the device you wish to connect and receive monitoring information from.

You will then be taken to the monitoring interface (Fig 2)

• Gross/Zero function – Monitor gross force or from a selected zero point.
• Unit of Measurement selection – Options available: te/lb/kN/kg.
• Peak Hold function – only displays the highest reading until the next highest is measured.
• Datalog – Generate and export measurement reading report.
• Status bar – (Battery, selected datalog type).
• Drop-down User Menu.
• Start Shift – Starts a shift to count the number of lifts etc. if the threshold is set.
• Total – Sum of all connected load cells.

Select the ‘User Menu’ icon to show menu options (Fig 3)

Then select the ‘User settings’ option.

The following options are provided (Fig 4 and 5)

• Language – Set required language (8 options: English, Spanish, French, Chinese – Simplified, Japanese, Dutch, Norwegian, German)
• Alarm – Alert for high and low values for each load cell connected. Option to set the alarm to latch.
• Resolution – Set the load reading resolution format.
• Lift threshold – Set the threshold value; if the load cell reading goes above this value for more than three seconds then it will be counted as one lift, once it falls below the threshold value.
• Overload counter – Read-only counter that shows the highest load value and length of time overloaded.
• Default unit – Set a unit as either a default one or a custom unit.
• Data log – Select the data logging type.
• Flash screen – Turn this ON to make the screen flash when an alarm is activated.
• Vibrate – Turn this ON to vibrate the device when an alarm is activated.
• Show negative value – Turn this ON to show the value below zero.
• Sound – Turn this ON to hear a sound when an alarm is activated.
• Show digital dial – Shows a dial instead of digits.

Language Settings (Fig 6)

• United Kingdom – English
• Spain – Spanish
• France – French
• China – Chinese
• Japan – Japanese
• Netherlands – Dutch
• Norway – Norwegian
• Germany – German

Alarm Settings (Fig 7)

• Alarm High: Set the unit value for when you want the alarm to sound. The default will be 0te.
• Alarm Low: Set the unit value for when you want the alarm to sound. The default will be 0te.

Resolution settings (Fig 8 and 9)

• Resolution: Set resolution type.
• User-defined (Fig 8) – Define the resolution in decimal points.
• Default (Fig 9) – App-defined resolution (Resolution set during calibration).

Lift Threshold (Fig 10)
Set the threshold value; if the load cell reading goes above this value for more than three seconds then it will be counted as one lift, once it falls below the threshold value. The threshold can be set to all connected load cells by changing the selected load cell.

Overload Settings (Fig11)
Read only the section to see the overload value set on the selected load cell. Shows the highest recorded overload value and number of occurrences as well.

Default Unit Settings (Fig12 and 13)

• Unit: Select the preferred default unit.
• Custom unit: Select to enable a user-defined custom unit, then you can add in the custom unit notation then factor the amount in comparison to 1 tonne.

Data log settings (Fig 14)

• Data log – Select data logging type:
• Off – Turn off data logging.
• Manual – The user chooses what to log.
• Timed (Fig 15) – App logs measurement at user-defined intervals (time increments shown in seconds).
• While overload – Log when overloaded.
• While underload – Log when underloaded.
• Time interval (only for timed datalog).

Menu toggle buttons (Fig16)

• Flash screen – Turn this ON to make the screen flash when an alarm is activated.
• Vibrate – Turn this ON to vibrate the device when an alarm is activated.
• Show negative value – Turn this ON to show the value below zero.
• Sound – Turn this ON to make a sound when an alarm is activated.
• Show digital dial – Shows a dial instead of digits.

To create reports, please follow these steps

Go to user settings > datalog and select the required datalog type.

1.  On the Home Screen – Start the Shift first and press the ‘Datalog’ button (Fig 17)

2. Provide a project name in the ‘Enter Project Details’ field (Fig 18)

3. Provide a job reference name/number in the ‘Job ID’ field, then press ‘OK’ to save.

4. To set the location of the measurement report (using latitude and longitude GPS coordinates), either manually input, or select the marker icon to automatically input your location (using the GPS feature on your mobile device). Then press ‘START’.

5. If set to the ‘Manual’ measurement reporting, (see ‘User Settings – Data Log’ pages xx, xx) you will need to press the ‘Record’ button to instantly capture the measurement displayed on the screen. Press ‘Stop’ to discontinue reporting.

6. If set to the ‘Timed Interval’ measurement reporting, (see ‘User Settings – Data Log’ pages xx, xx) the datalog will start soon after entering the project details and tapping ‘START’. When you have finished, select the ‘Stop’ button.

7. If set to either, ‘While overload’ or ‘While underload’ (see ‘User Settings – Data Log’ pages xx, xx), then as soon as you provide the ‘Enter Project
   Details’ and ‘Job ID’ and press ‘START’, it will automatically record measurements that are over or under the load parameters. Select ‘Stop’ to stop logging.

8. When you have stopped logging measurements, you will be asked if you would like to view the report, (Fig19) – By selecting ‘Yes’, you will be taken to the ‘Report’ section (Fig 20).

9. To email the report as an Excel spreadsheet; first select the correct Project /Job ID, then select ‘export’ (Wi-Fi/internet and a default email app are needed for this to be successful) (Fig 21).

10. To save and view the report as an Excel spreadsheet to your smart mobile device – Select ‘Export’ (you will need a spreadsheet viewing app installed to View the report).

11. End the shift once all the weighing during the shift is completed.
    Note: Once a shift is started the units cannot be changed. Once a data log is started, the Tare button and the Unit button will be disabled

To view all recorded reports; select the ‘User Menu’ icon to show menu options Then select the ‘Report’ option  Reports will be listed according to saved shifts as shown in Fig 22. Select a required report to view/send/export (Fig 20 and Fig 21).

Display before starting a shift (Fig23)\ Setting Threshold: User settings

Lift Threshold (Fig 24).

Select the device (Fig 25)
Set the threshold value (Fig 26). If the load cell reading goes above this value for more than three seconds then it will be counted as one lift, once it falls below the threshold value.

• The ‘Start Shift button’, will now change to ‘Finish Shift’ (Fig 27).
• If no devices have gone above the threshold, you will see (Fig 28) in the reports section.
• If the devices have been above the threshold, then it will count as lifts and the report section will update as (Fig 29).
• A number of lifts = times any connected devices have been above the set threshold limit and returned below the limit.
• It will not count as a lift if the reading has not returned below the threshold value.
• Lift weight = total of the peak value of the devices gone above the threshold value.
• For example, the lift threshold for four devices is set as below:
  • D1 = 1te D2 = 2te
  • D3 = 1.5te D4 = 2.5te

The readings are as below

• Set 1: D1 = 0.5te, D2 = 2.5te, D3 = 1.6te, D4 = 2.6te [Number of lifts = 3, lift weight = 6.7te]
• Set 2: D1 = 1.2te, D2 = 1.8te, D3 = 1.8te, D4 = 2.54te [Updated number of lifts = 6, updated lift weight = 8.1te]
• {1.2 + 2.5 + 1.8 + 2.6 = 8.1}

If the data log option is turned on, then the report will show the total logs and sum of weights (Fig 30).
Number of logs = How many sets of log data are available in this shift?
The sum of weights = Combined sum of weights from all the logs.
When a ‘Shift’ is selected, it will show the details of the logged data.
The sum of weight indicates the sum of peak values above the threshold within the log.
Number of lifts indicates how many times the threshold was exceeded within the log.

If recalibration of the load cell is needed, the attached screen will be displayed on the HHP App home screen just after the load cell is connected (Fig 32).
The caution icon indicates that the device has been overloaded at least once (Fig 33). The overload value has been factory set.

To disconnect the connected load cells and connect with a new Bluetooth device from the scan list, select the ‘User Menu’ icon to show menu options  Then select the ‘Disconnect’ (Bluetooth icon) icon  Any new devices in the range will be listed as shown in (Fig 34). Select your required device(s), and press ‘Connect’ to establish a new connection.
Note : The Authority to enter the ‘Manufacturer Settings’ resides in the application manufacturer:- Straightpoint.

Distributed by: ABQ Industrial LP USA
Tel: +1 (281) 516-9292 / (888) 275-5772 eFax: +1 (866) 234-0451
Web: https://www.abqindustrial.net E-mail: info@abqindustrial.net

References

• ABQ Industrial - Inspection, Precision Measuring & Test Instruments
• ABQ Industrial - Inspection, Precision Measuring & Test Instruments

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