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OKM FS Future Series Manuals
Manuals and User Guides for OKM FS Future Series. We have
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OKM FS Future Series manuals available for free PDF download: User Manual
OKM FS Future Series User Manual (72 pages)
Brand:
OKM
| Category:
Security Sensors
| Size: 3.8 MB
Table of Contents
Table of Contents
3
1 Introduction
7
Preface
8
Important Notes
9
Security Guidelines
9
General Notes
9
Surrounding Area
9
Voltage / Power Supply
10
Maintenance and Services
10
Danger of Explosion During Excavation
10
2 Technical Specifications
13
Controller (Receiving Unit)
14
Power Box (Sending Unit)
14
Electrodes
14
Cable Drums
15
Power Drum (Ø 290 MM)
15
Voltage Drum (Ø 100 MM)
15
Tablet PC, Minimum Requirements
15
3 Scope of Delivery
17
4 Control Elements
19
Electrodes
20
Cable Drums
20
Power Cable Drums (Ø 290 MM)
20
Figure 4.1: Elements of the Electrodes
20
Voltage Cable Drums (Ø 120 MM)
21
Figure 4.2: Elements of the Power Cable Drums
21
Controller
22
Figure 4.3: Elements of the Voltage Cable Drums
22
Figure 4.4: Control Elements of the Controller
23
Tablet Holder
24
Power Box
24
Figure 4.5: Elements of the Tablet Holder
24
Figure 4.6: Control Elements of the Power Box
25
5 Android Application
27
Download & Installation
28
Figure 5.1: Installation of the Application Via Google Play Store
28
Operating Modes and Functionality
29
New Measurement
29
Figure 5.2: Application's Main Menu
29
Figure 5.3: New Measurement - Creation Process
30
Figure 5.4: New Measurement - Project Title / Notes
30
Figure 5.5: New Measurement - Scan Mode
31
Figure 5.6: New Measurement - Scan Profile
31
Figure 5.7: New Measurement - Depth Settings
32
Figure 5.8: New Measurement - Field Dimensions
32
Figure 5.9: New Measurement - Arrangement of Electrodes
33
Continue Measurement
34
Figure 5.10: Continue Measurement
34
View Measurement
35
Figure 5.11: View Measurement - List of Files
35
Figure 5.12: View Measurement - 3D Representation
35
Activation
36
Figure 5.13: Activation
36
Support Information
37
Figure 5.14: Support Information
37
6 Preparing and Maintaining the Equipment
39
Preparing the Controller
40
Placing and Charging the Batteries
40
Figure 6.1: Placing Batteries into the Controller's Compartments
40
Mounting the Tablet PC Holder
41
Figure 6.2: Connecting the Controller's Charger
41
Mounting the Voltage Cable Drums
42
Figure 6.3: Tablet PC Mounted to Controller
42
Figure 6.4: Voltage Cable Drums Mounted to Controller
42
Preparing the Power Box
43
Charging the Internal Batteries
43
Figure 6.5: Connecting the Power Box Charger
43
Creating a Wi-Fi Connection
44
Figure 6.6: Enabling Wi-Fi
44
Figure 6.7: Entering Wi-Fi Password
45
7 Conducting a Measurement
47
Basic Information
48
Figure 7.1: Detection of Thick Objects Is Better than Flat Objects
48
General Measurement Procedure
49
Figure 7.2: Dividing the Field into Scan Points and Setting up Markers
49
Figure 7.3: Power Injection Depth Depends on Electrodes Distance
50
Figure 7.4: Available Scan Modes
50
Figure 7.5: Instruction Screen for Setting up a Measurement
52
Setting up a Measurement
54
Setting up Your Scan Field with Markers
54
Setting up the Power Injection for Active Scan Modes
55
Setting up the Voltage Measurement
56
Final Connection Schemas
59
Active Scan (Accurate)
59
Active Scan (Quick)
59
Figure 7.6: Arrangement of Electrodes During Active Scan (Accurate)
59
Passive Scan
60
Figure 7.7: Arrangement of Electrodes During Active Scan (Quick)
60
Figure 7.8: Arrangement of Electrodes During Passive Scan
60
8 Analyzing a Measurement
61
Interpretation of Scan Values
62
Figure 8.1: Measure Values as Indicated During a Measurement
62
Interpretation of Graphical Representations
63
Active Scan
63
Figure 8.2: Graphical 3D Representation of an Active Scan
63
Passive Scan
64
Figure 8.3: Graphical 3D Representation of a Passive Scan
64
Examples
65
Passive Measurement
65
Active Measurements
65
Water Deposits
65
Figure 8.4: Example of a Passive Measurement - Flowing Water
65
Figure 8.5: Example of an Active Measurement - Water Deposit
65
Water Deposits with Areas of High Resistivity
66
Cavities
66
Figure 8.6: Example of an Active Measurement - Water Deposit and Barrier
66
Figure 8.7: Example of an Active Measurement - Cavity
66
Impervious Layers
67
Figure 8.8: Example of an Active Measurement - Impervious Layer / Barrier
67
9 Tips and Tricks
69
Improving Your Scan Results
70
Speeding up Your Measurement
70
Figure 9.1: Electrodes Need Good Electrical Ground Contact
70
Figure 9.2: Electrodes Have to be Equally Set into the Ground
70
Figure 9.3: Operating the Geoseeker with 3 People
71
Figure 9.4: Operating the Geoseeker with 5 People
71
Operation with 3 People
71
Operation with 5 People
71
Measurements under Tough Soil Conditions
72
Figure 9.5: Drilling a Hole and Refilling It for the Electrode
72
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OKM FS Future Series User Manual (58 pages)
Brand:
OKM
| Category:
Metal Detector
| Size: 1.83 MB
Table of Contents
Table of Contents
3
1 Introduction
7
Preface
8
Important Notes
9
General Notes
9
Possible Health Hazards
9
Surrounding Area
9
Voltage
9
Data Safety
10
Maintenance and Services
10
Danger of Explosion During Excavation
10
2 Technical Specifications
13
Telescopic Probe
14
Data Transfer between Probe and Smartphone
14
Computer, Minimum Requirements
14
3 Scope of Delivery
15
4 Control Elements
17
Smart Phone
18
Telescopic Antenna
18
Figure 4.1: Overview of the Telescopic Antenna
18
5 Assembly
21
Figure 5.1: Insert the Batteries into the Telescopic Antenna
22
Figure 5.2: Extend the Telescopic Antenna
22
Figure 5.3: Turning on the Telescopic Antenna
22
6 Download, Install and Activate Application
23
Download and Installation
24
Activation
24
Figure 6.1: Download and Installation of Rover UC Application
24
Activation with QR Code
25
Figure 6.2: Start Activation
25
Figure 6.3: Scan QR Code to Activate the Application
25
Figure 6.4: Enter Serial Number and Activation Code Manually
26
Manual Activation
26
7 Operating Modes
27
Figure 7.1: Starting the Application and Viewing the Main Menu
28
Establishing a Bluetooth Connection
29
Figure 7.2: Graphical Depiction of a Bluetooth Connection
29
Magnetometer
30
Figure 7.3: Activating the Operating Mode "Magnetometer
30
Ground Scan
32
Default
32
Figure 7.4: Activating Operating Mode "3D Ground Scan
32
Ground Scan Preparation
32
Customized
33
Figure 7.5: Adjusting Scan Parameters Individually
33
Figure 7.6: Establishing a Bluetooth Connection in Operating Mode "3D Ground Scan
34
Measurement Procedure
34
Figure 7.7: "Zig-Zag" Scan in Operating Mode "3D Ground Scan
35
Figure 7.8: Saving the Current Scan
36
Figure 7.9: Adding Field Dimensions to the Current Scan
36
Saving a Scan
36
Figure 7.10: Analysis Controls in Operating Mode "3D Ground Scan
37
Scan Analysis
37
Data Transfer to PC (Optional)
38
Figure 7.11: Locating the Folder with Scan Images
38
Pin Pointer
39
Figure 7.12: Activating the Operating Mode "Pin Pointer
39
Figure 7.13: Pin-Pointing with the Telescopic Antenna
39
Figure 7.14: Ferromagnetic Signature
40
Figure 7.15: Non-Ferromagnetic Object Signature
40
Figure 7.16: Non-Metallic Object Signature
40
Open Scan
41
Figure 7.17: Browse Scans in Memory
41
Settings
42
Figure 7.18: Settings
42
Information
43
Figure 7.19: Information Screen
43
8 Field Procedure
45
General Scanning Procedure
46
Scan Mode
46
Figure 8.1: Starting Position of a Scan Area
46
Regulating the Length of a Scanning Path
47
Figure 8.2: Scan Modes to Measure an Area
47
Figure 8.3: Effects of Changing the Number of Impulses and Their Distance
48
Figure 8.4: Comparison of Low and High Number of Impulses
48
Special Advices for Field Procedure
49
Figure 8.5: Different Walking Speeds During Scanning
49
Orientation of Probe
50
Parallel or Zig-Zag
50
Manual or Automatic Impulse Mode
51
Tips from the Trainers Themselves
51
9 General Data Analysis
53
Looking at the Graphic for the First Time
54
Color Definition
55
Establishing a Background Color
56
Search for Anomalies
56
Void Interferences
56
Figure 9.1: Ferromagnetic Signal Representation
56
Position of an Anomaly Within a Graphic
57
Determining the Difference from Metal or Mineral
57
Figure 9.2: Comparisation between Metal and Mineralization
58
OKM FS Future Series User Manual (53 pages)
Brand:
OKM
| Category:
Metal Detector
| Size: 2.58 MB
Table of Contents
Table of Contents
3
1 Introduction
7
Preface
8
Important Notes
9
General Notes
9
Possible Health Hazards
9
Surrounding Area
9
Voltage
9
Data Safety
10
Maintenance and Services
10
Danger of Explosion During Excavation
10
2 Technical Specifications
13
Control Unit
14
Wireless Data Transfer
14
Computer, Minimum Requirements
14
3 Scope of Delivery
15
4 Data Transfer Via Bluetooth
17
Installation of Bluetooth Software
18
Install Software and Driver
18
Figure 4.1: Start Screen When Inserting in the Software CD
18
Figure 4.2: Installation of Bluetooth Software, Step 1
18
Figure 4.3: Installation of Bluetooth Software, Step 2
19
Figure 4.4: Installation of Bluetooth Software, Step 3
19
Figure 4.5: Installation of Bluetooth Software, Step 4
19
Configurate Bluetooth Dongle
20
Figure 4.6: Installation of Bluetooth Software, Step 5
20
Figure 4.7: Installation of Bluetooth Software, Step 6
20
Figure 4.8: Installation of Bluetooth Software, Step 7
21
Figure 4.9: Installation of Bluetooth Software, Step 8
21
Figure 4.10: Installation of Bluetooth Software, Step 9
22
Figure 4.11: Installation of Bluetooth Software, Step 10
22
Setup Connection
23
Uninstall Bluetooth Software
23
Figure 4.12: Installation of Bluetooth Software, Step 11
23
5 Control Elements
25
Control Unit
26
Figure 5.1: Overview of Control Elements of the Control Unit
26
Bluetooth Headphones
27
Figure 5.2: Bluetooth Headphones with Accessories
27
6 Assembly
29
Figure 6.1: Using the Detector in Vertical Mode
30
7 Operating Modes
32
Figure 7.1: Establishing a Wireless Data Connection
34
Live Sound
35
Preparing Live Sound
35
Figure 7.2: Configuring Live Sound
35
Enable Search Coil
36
Conducting a Scan
36
Figure 7.3: Confirm to Enable Search Coil
36
Figure 7.4: Graphical Representation of Live Sound
36
Figure 7.5: Probe Should Always Point Downwards and Should Not be Turned
37
Figure 7.6: Pivoting or Turning of the Probe Falsifies the Measurement
37
Ground Scan
38
Preparing a Ground Scan
38
Figure 7.7: Configuring Ground Scan
38
Select Detector Orientation
39
Figure 7.8: Selecting Vertical or Horizontal Orientation
39
Enable Search Coil
40
Conducting the Measurement
40
Figure 7.9: Confirm to Enable Search Coil
40
Figure 7.10: Graphical Representation of Ground Scan
40
Figure 7.11: Ground Scan in Vertical and Horizontal Mode
41
Live Scan (Horizontal)
42
Preparing a Horizontal Live Scan
42
Figure 7.12: Configuring Ground Scan
42
Conducting the Scan
43
Figure 7.13: Graphical Representation of Live Scan (Horizontal)
43
Live Scan (Ultrasound)
44
Preparing a Horizontal Live Scan
44
Figure 7.14: Configuring Ground Scan
44
Conducting the Scan
45
Figure 7.15: Graphical Representation of Live Scan (Ultrasound)
45
8 Field Procedure
46
General Scanning Procedure
47
Scan Mode
47
Figure 8.1: Starting Position of a Scan Area
47
Regulation of the Number of Impulses Per Scanning Path
48
Figure 8.2: Scan Modes to Measure an Area
48
Figure 8.3: Effects of Changing the Number of Impulses and Their Distance
49
Figure 8.4: Comparison of Low and High Number of Impulses
49
Special Advices for Field Procedure
50
Figure 8.5: Different Walking Speeds During Scanning
50
Orientation of Probe
51
Parallel or Zig-Zag
51
Tips from the Trainers Themselves
52
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OKM FS Future Series User Manual (52 pages)
Brand:
OKM
| Category:
Metal Detector
| Size: 3.3 MB
Table of Contents
Table of Contents
3
1 Introduction
7
Preface
8
Important Notes
9
Security Guidelines
9
General Notes
9
Surrounding Area
9
Voltage / Power Supply
10
Maintenance and Services
10
Danger of Explosion During Excavation
10
2 Technical Specifications
13
Control Unit
14
Electrode
14
Cable Drum with Power Cable and Voltage Cable
14
3 Scope of Delivery
15
4 Control Elements
17
Control Unit
18
Figure 4.1: Control Elements of the Power Box
18
Cable Drums with Power Cables and Voltage Cables
19
Figure 4.2: Elements of the Power Cable Drums
19
Electrodes
20
Figure 4.3: Elements of the Electrodes
20
5 Operating Modes
21
New Measurement
22
Figure 5.1: Main Menu
22
Figure 5.2: Adjusting the Maximum Depth
22
Figure 5.3: Adjusting the Number of Scan Points
23
Figure 5.4: Adjust Marker Positions for Next Scan
23
Figure 5.5: Measuring the Current Scan Point
24
Figure 5.6: Measure Values as Indicated During a Measurement
24
Figure 5.7: Move All Equipment to the Next Scan Point
25
Figure 5.8: 2D Graphic of a Completed Measurement
25
Figure 5.9: Select Empty Memory Slot
26
Figure 5.10: Save Measurement to Memory
26
Show Memory
27
View Measurement
27
Figure 5.11: Memory Slots
27
Figure 5.12: 2D Graphic of a Measurement
27
Delete Measurement
28
Settings
28
Figure 5.13: Delete Stored Measurement
28
Figure 5.14: Support Information
28
Brightness
29
Figure 5.15: Brightness
29
Figure 5.16: Support Information
29
Support Information
29
6 Conducting a Measurement
31
Basic Information
32
Figure 6.1: Detection of Thick Objects Is Better than Flat Objects
32
General Measurement Procedure
33
Figure 6.2: Dividing the Field into Scan Points and Setting up Markers
33
Figure 6.3: Power Injection Depth Depends on Electrodes Distance
34
Figure 6.4: Instruction Screen for Setting up a Measurement
34
Setting up a Measurement
36
Setting up Your Scan Field with Markers
36
Setting up the Voltage Measurement
37
Setting up the Power Injection
39
Processing a Measurement
41
Figure 6.5: Complete Preparation for Measurement
41
7 Analyzing a Measurement
43
Interpretation of Scan Values
44
Figure 7.1: Measure Values as Indicated During a Measurement
44
Interpretation of Graphical Representations
45
Figure 7.2: Graphical 2D Representation of a Measurement
45
Examples
46
Water Deposits
46
Water Deposits with Areas of High Resistivity
46
Figure 7.3: Example of a Water Deposit
46
Figure 7.4: Example of a Water Deposit and Barrier
46
Cavities
47
Impervious Layers
47
Figure 7.5: Example of a Cavity
47
Figure 7.6: Example of an Impervious Layer / Barrier
47
8 Tips and Tricks
49
Improving Your Scan Results
50
Speeding up Your Measurement
50
Figure 8.1: Electrodes Need Good Electrical Ground Contact
50
Figure 8.2: Electrodes Have to be Equally Set into the Ground
50
Figure 8.3: Operating the Geoseeker Mini with 3 People
51
Figure 8.4: Operating the Geoseeker Mini with 5 People
51
Operation with 3 People
51
Operation with 5 People
51
Measurements under Tough Soil Conditions
52
Figure 8.5: Drilling a Hole and Refilling It for the Electrode
52
OKM FS Future Series User Manual (30 pages)
Brand:
OKM
| Category:
Metal Detector
| Size: 4.19 MB
Table of Contents
Table of Contents
3
1 Introduction
5
Preface
6
Important Notes
7
General Notes
7
Surrounding Area
7
Voltage / Power Supply
7
Maintenance and Services
7
Danger of Explosion During Excavation
8
2 Technical Specifications
9
Control Unit
10
Laser
10
Data Transfer
10
3 Scope of Delivery
11
4 Control Elements
13
Control Unit
14
Figure 4.1: Control Elements of Bionic X4
14
Wireless Headphones
16
Figure 4.2: Control Elements of Wireless Headphones
16
5 Assembly
17
Figure 5.1: Connecting the Power Pack with the Device
18
Figure 5.2: Switch on the Power Pack
18
Figure 5.3: Switch on the Smart Phone
18
Figure 5.4: Place the Smart Phone into the Holder
19
Figure 5.5: Run the Application on the Smart Phone
19
Figure 5.6: Connecting the USB Cable to the Device
19
Figure 5.7: Connecting the USB Cable to the Smart Phone
20
Figure 5.8: Switch on the Bionic X4
20
Figure 5.9: Start the Measurement
20
6 Operating Modes
21
Figure 6.1: Complete Menu Structure
22
Bionic Scan
23
Calibration
23
Figure 6.2: Contact between Operators Hand and the Electrodes
23
Figure 6.3: Calibrating the Device in Bionic Mode
23
Processing a Scan
24
Figure 6.4: Measurement with the Bionic X4
24
Scan with Activated Smart Phone
25
Figure 6.5: Triangulating with the Bionic X4
25
Figure 6.6: Screenshot of the Smart Phone
25
Figure 6.7: Starting the Cross Bearing
26
Figure 6.8: Completing the Cross Bearing
26
Ionic Scan
28
Calibration
28
Processing a Scan
28
Figure 6.9: Calibrating the Device Onto a Gold Object in Ionic Mode
28
Scan with Activated Smart Phone
29
Figure 6.10: Measurement in Ionic Mode
29
LED Light
30
Laser
30
OKM FS Future Series User Manual (18 pages)
Brand:
OKM
| Category:
Metal Detector
| Size: 2.19 MB
Table of Contents
Table of Contents
3
Preface
5
Technical Specifications
6
Control Unit
6
Laser Pointer
6
Technical Specification (Control Unit)
6
Technical Specification (Laser Pointer)
6
Measurement Readings
7
Technical Specification (Measurement Readings)
7
Scope of Delivery
8
Controls
9
Complete View
9
Front View
10
Usage
11
Calibration
11
Schema of the Thermal Distribution of Cavities
11
Usage as Stand-Alone Device
12
Measurement with FS-Thermoscan
12
Usage as Optional Equipment to Exp 4000
13
Temperature Sequence of a Measurement on the Hillside
13
The Operating Modes Thermograph and Thermo Scan of Exp 4000
13
Thermograph
14
The Operating Mode Thermograph on the Exp 4000
14
Thermo Scan
15
Measurement with Exp 4000 and Connected FS-Thermoscan
15
Maintenance and Services
17
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