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The ED-9000 locator further enhances the capabilities of the IOT and digital management of underground assets based on the ED-8000 locator.
The ED-9000 locator uses a mobile phone clip interface to make interaction between the locator and the mobile app more convenient; The combination of built-in GPS and dedicated PC software makes the collection of marking data more secure; Multiple power supply solutions completely solve the problem of difficult transportation of equipment with lithium batteries; The detachable base not only inherits the precise positioning advantage of the magnetic rod antenna, but also allows the operator's hand to leave the locator at any time without interrupting the detection, making it easy for even single person operation.
The ED-9000 locator is an important upgrade after extensive collection of global customer feedback. EEDENG Technology will continue to pay attention to customer needs and continuously optimize its products.
Used in conjunction with underground electronic markers, locate and identify various underground facilities, including but not limited to:
Pipeline path
Nonmetallic pipe
Various valves
Metering meter
Various crossing points
Tee
Depth change
Pressure reducing device
Catholic protection
Pressure control point
Embedded reserved port
Various elbows
Pipe diameter change
Water well
Cover
Maintenance point
1. Support analog (No ID) electronic marker signal detection, support all mainstream underground electronic marker operating frequencies internationally, for signal detection and depth measurement;
2. Through a combination of technologies such as phase-locked amplification, multiple filtering, High and low sensitivity adjustment, it effectively suppresses environmental noise while increasing detection depth, providing operators with a simple and intuitive user experience;
3. Support programmable electronic markers, by presetting ID numbers in the marker chip and associating them with cloud databases, to achieve storage and querying of marking information, including but not limited to: burial date, construction personnel, type and specifications of the identified object (valve, joint...), coordinates of marking points, pictures before covering soil, etc ;
4. For scenarios that are not suitable for cloud data customers, such as remote areas with poor wireless data signals, or situations where it is inconvenient to store marking information in a database due to data security , simple information such as the type and specifications of the identified object can be directly written into the internal chip of the marker;
5. The ED-9000 can flexibly select RFID mode:
RFID Off mode: only detect the electromagnetic induction signal of underground electronic marker without RFID decoding. It has fast response speed and is compatible with underground electronic markers with the same frequency produced by different manufacturers, including ID or Non ID markers;
RFID Auto mode: in the default working state, only the induction signal of underground electronic marker is detected without real-time RFID decoding. It has fast response speed and is compatible with underground electronic markers with the same frequency produced by different manufacturers, including ID or Non ID markers. Decoding will not be performed until the depth button is pressed;
RFID ON mode: RFID decodes in real time and sends out prompt tone and signal strength information only when the ID marker is found. This can completely shield the influence of interference signals;
6. It has an optional android app. In the installation stage of underground electronic marker, there is no need to carry the locator. Only any mobile phone with Android OS can complete the input and upload of identification point information by scanning the bar code on the marker;
7. The V200 version is equipped with a meter level build-in GPS chip. After detecting an electronic marker, the built-in GPS function can be selected to obtain latitude, longitude, and synchronized satellite reference time information. The positioning information, reference time information, and marking information (ID, depth, etc.) can be associated and cached in the locator's memory. The maximum local cache information is 9000 pieces (cyclic coverage storage), which can be recorded through the Bluetooth interface Export CSV format file to PC, the stored content includes:
Date: “Year-Month-Day”
Time: “Hour: Minute: Second”
Latitude: “ddd ° mm. mm”
N_S: “N ” or “ S ”
Longitude: “ddd ° mm. mm"
E_W: “E” or “W ”
Unit code: “###”
ID： “##########”
PK Number: “## - ### - ###. ####”(* Customized feature)
Depth: “###”
Company Name: “xxxx” (* Customized Features)
Type code of the identified object
Specification code of the identified object (* customized characteristics)
* Whether the detector used supports customized features needs to be confirmed with the manufacturer
8. If higher positioning accuracy is required, RTK terminals can be connected to the accompanying mobile app to collect positioning information and achieve centimeter level identification point positioning accuracy. Currently, currently, only RTK devices from some manufacturers are supported;
9. 192 × 96 dot matrix high-resolution display screen;
10. There are 1/4 ports on both sides of the screen, which can be used to hold the side of the locator screen according to the habits of the left and right hands, facilitating the interaction between the locator and the mobile app;
11. Supports 3.5mm mono headphone jack;
12. Support detachable base with expansion socket, reserved for cable route detection module (in road-map);
13. Frequency:
Power2 134khz (EU)
Water 145.7 kHz
Sanitary 121.6 kHz
Telecom 101.4 kHz
Gas 83 kHz
Power1 169.8khz （CN）
General 66.35 kHz
CTV 77Khz
Note: The number of coexisting frequencies of the locator is 7
14. 1Supports four battery solutions:
14.8V four string 18650 lithium battery pack, with one charger;
14.8V four string 18650 battery box + independent four 18650 batteries, with one 18650 charger with four slots;
14.8V four string 18650 battery box, without battery and charger;
15V ten string 1.5V AA battery box, without battery and charger;
Material: ABS
Weight:
2.45Kg ± 5% - Conventional antenna, without base
2.85Kg ± 5% - Conventional antenna, with base
3.1Kg ± 5% - Extended antenna, with base
Dimensions (length * width * height):750 * 300 * 120 mm
Maximum detection depth (Slightly different in different frequencies):
Full range marker(YZ2400 ): >2.8m
Middle range+ marker(ED2000): > 2.5m
Middle range marker (YZ1800): >2.2m
Ball Marker(ED1500): >1.5m
Near surface marker(ED1100): >0.8m
Maximum ID reading depth (Different in different frequencies):
Full range marker(YZ2400ID-RW): 2.6~3.0m
Middle range+ marker(ED2000ID-RW): 2.2~2.5m
Ball Marker(ED1500ID-RW): 1.5m
Near surface marker(ED1100ID-RW): >0.8m
Maximum writing depth (Slightly different in different frequencies):
Full range marker(YZ2400ID-RW): 0.5~0.8m
Middle range+ marker(ED2000ID-RW): 0.3~0.5m
Ball Marker(ED1500ID-RW): 0.2~0.4m
Near surface marker(ED1100ID-RW): <0.3m
Accuracy of marker depth measurement: +/- 15% ±5cm
Waterproof capacity: IP54
Battery life: 20 hours *
Battery volt: lithium battery 14.8V, 3200mah, DC interface
Battery dimensions (length * width * height):130 * 36 * 20 mm
Battery Charger: 16.8V, 1A
GPS: External (V100) or Build-in(V200)
Capacity of marker records:250
Internal Display type: Backlight LCD screen, 192*96 dots
* Note:
The battery life is measured at 25ºC, with 5% usage of the backlight at normal level and audio at medium level. The ratio of Marker Read operations to Marker Locate is assumed to be 1:1.
When using AA batteries, the battery life is approximately 5 to 10 hours depending on the capacity of the batteries.
Main UI of Locator
After connecting Android App through Bluetooth, all operating functions of the locator are taken over by app
By querying the marking point through the map, you can select Google map to navigate to the selected identification point.
Version | ED-9000V100 | ED-9000V200 |
Frequency (* Customized frequency) | 83KHz，87Khz（*），101.4KHz，121.6 KHz, 145.7 KHz, 169.8 KHz, 66.35 KHz，134Khz（*）, 77 KHz（*），92Khz（*） | 83KHz，87Khz（*），101.4KHz，121.6 KHz, 145.7 KHz, 169.8 KHz, 66.35 KHz，134Khz（*）, 77 KHz（*），92Khz（*） |
The number of frequencies that can coexist simultaneously | 7 | 7 |
RFID Mode | ASK and FSK | ASK and FSK |
Writing marker | √ | √ |
LCD resolution | 19296 | 19296 |
Prompt sound | Alarm or Ring | Alarm or Ring |
Maximum detection depth（No ID） | Mid+：2.4~2.5 m Ball：>1.6m Nail：>0.8m | Mid+：2.4~2.5 m Ball：>1.6m Nail：>0.8m |
Maximum ID reading depth | Mid +：2.2~2.6 m Ball：1.4~1.6m Nail：>0.8m | Mid +：2.2~2.6 m Ball：1.4~1.6m Nail：>0.8m |
Maximum marker write depth） | Mid +：0.4~0.6 m Ball：0.3~0.5m Nail：<0.3m | Mid +：0.4~0.6 m Ball：0.3~0.5m Nail：<0.3m |
1/4 phone clip interface | √ | √ |
3.5 headphone jack | √ | √ |
Build-in GPS | ˟ | √ |
The ED-9000 locator further enhances the capabilities of the IOT and digital management of underground assets based on the ED-8000 locator.
The ED-9000 locator uses a mobile phone clip interface to make interaction between the locator and the mobile app more convenient; The combination of built-in GPS and dedicated PC software makes the collection of marking data more secure; Multiple power supply solutions completely solve the problem of difficult transportation of equipment with lithium batteries; The detachable base not only inherits the precise positioning advantage of the magnetic rod antenna, but also allows the operator's hand to leave the locator at any time without interrupting the detection, making it easy for even single person operation.
The ED-9000 locator is an important upgrade after extensive collection of global customer feedback. EEDENG Technology will continue to pay attention to customer needs and continuously optimize its products.
Used in conjunction with underground electronic markers, locate and identify various underground facilities, including but not limited to:
Pipeline path
Nonmetallic pipe
Various valves
Metering meter
Various crossing points
Tee
Depth change
Pressure reducing device
Catholic protection
Pressure control point
Embedded reserved port
Various elbows
Pipe diameter change
Water well
Cover
Maintenance point
1. Support analog (No ID) electronic marker signal detection, support all mainstream underground electronic marker operating frequencies internationally, for signal detection and depth measurement;
2. Through a combination of technologies such as phase-locked amplification, multiple filtering, High and low sensitivity adjustment, it effectively suppresses environmental noise while increasing detection depth, providing operators with a simple and intuitive user experience;
3. Support programmable electronic markers, by presetting ID numbers in the marker chip and associating them with cloud databases, to achieve storage and querying of marking information, including but not limited to: burial date, construction personnel, type and specifications of the identified object (valve, joint...), coordinates of marking points, pictures before covering soil, etc ;
4. For scenarios that are not suitable for cloud data customers, such as remote areas with poor wireless data signals, or situations where it is inconvenient to store marking information in a database due to data security , simple information such as the type and specifications of the identified object can be directly written into the internal chip of the marker;
5. The ED-9000 can flexibly select RFID mode:
RFID Off mode: only detect the electromagnetic induction signal of underground electronic marker without RFID decoding. It has fast response speed and is compatible with underground electronic markers with the same frequency produced by different manufacturers, including ID or Non ID markers;
RFID Auto mode: in the default working state, only the induction signal of underground electronic marker is detected without real-time RFID decoding. It has fast response speed and is compatible with underground electronic markers with the same frequency produced by different manufacturers, including ID or Non ID markers. Decoding will not be performed until the depth button is pressed;
RFID ON mode: RFID decodes in real time and sends out prompt tone and signal strength information only when the ID marker is found. This can completely shield the influence of interference signals;
6. It has an optional android app. In the installation stage of underground electronic marker, there is no need to carry the locator. Only any mobile phone with Android OS can complete the input and upload of identification point information by scanning the bar code on the marker;
7. The V200 version is equipped with a meter level build-in GPS chip. After detecting an electronic marker, the built-in GPS function can be selected to obtain latitude, longitude, and synchronized satellite reference time information. The positioning information, reference time information, and marking information (ID, depth, etc.) can be associated and cached in the locator's memory. The maximum local cache information is 9000 pieces (cyclic coverage storage), which can be recorded through the Bluetooth interface Export CSV format file to PC, the stored content includes:
Date: “Year-Month-Day”
Time: “Hour: Minute: Second”
Latitude: “ddd ° mm. mm”
N_S: “N ” or “ S ”
Longitude: “ddd ° mm. mm"
E_W: “E” or “W ”
Unit code: “###”
ID： “##########”
PK Number: “## - ### - ###. ####”(* Customized feature)
Depth: “###”
Company Name: “xxxx” (* Customized Features)
Type code of the identified object
Specification code of the identified object (* customized characteristics)
* Whether the detector used supports customized features needs to be confirmed with the manufacturer
8. If higher positioning accuracy is required, RTK terminals can be connected to the accompanying mobile app to collect positioning information and achieve centimeter level identification point positioning accuracy. Currently, currently, only RTK devices from some manufacturers are supported;
9. 192 × 96 dot matrix high-resolution display screen;
10. There are 1/4 ports on both sides of the screen, which can be used to hold the side of the locator screen according to the habits of the left and right hands, facilitating the interaction between the locator and the mobile app;
11. Supports 3.5mm mono headphone jack;
12. Support detachable base with expansion socket, reserved for cable route detection module (in road-map);
13. Frequency:
Power2 134khz (EU)
Water 145.7 kHz
Sanitary 121.6 kHz
Telecom 101.4 kHz
Gas 83 kHz
Power1 169.8khz （CN）
General 66.35 kHz
CTV 77Khz
Note: The number of coexisting frequencies of the locator is 7
14. 1Supports four battery solutions:
14.8V four string 18650 lithium battery pack, with one charger;
14.8V four string 18650 battery box + independent four 18650 batteries, with one 18650 charger with four slots;
14.8V four string 18650 battery box, without battery and charger;
15V ten string 1.5V AA battery box, without battery and charger;
Material: ABS
Weight:
2.45Kg ± 5% - Conventional antenna, without base
2.85Kg ± 5% - Conventional antenna, with base
3.1Kg ± 5% - Extended antenna, with base
Dimensions (length * width * height):750 * 300 * 120 mm
Maximum detection depth (Slightly different in different frequencies):
Full range marker(YZ2400 ): >2.8m
Middle range+ marker(ED2000): > 2.5m
Middle range marker (YZ1800): >2.2m
Ball Marker(ED1500): >1.5m
Near surface marker(ED1100): >0.8m
Maximum ID reading depth (Different in different frequencies):
Full range marker(YZ2400ID-RW): 2.6~3.0m
Middle range+ marker(ED2000ID-RW): 2.2~2.5m
Ball Marker(ED1500ID-RW): 1.5m
Near surface marker(ED1100ID-RW): >0.8m
Maximum writing depth (Slightly different in different frequencies):
Full range marker(YZ2400ID-RW): 0.5~0.8m
Middle range+ marker(ED2000ID-RW): 0.3~0.5m
Ball Marker(ED1500ID-RW): 0.2~0.4m
Near surface marker(ED1100ID-RW): <0.3m
Accuracy of marker depth measurement: +/- 15% ±5cm
Waterproof capacity: IP54
Battery life: 20 hours *
Battery volt: lithium battery 14.8V, 3200mah, DC interface
Battery dimensions (length * width * height):130 * 36 * 20 mm
Battery Charger: 16.8V, 1A
GPS: External (V100) or Build-in(V200)
Capacity of marker records:250
Internal Display type: Backlight LCD screen, 192*96 dots
* Note:
The battery life is measured at 25ºC, with 5% usage of the backlight at normal level and audio at medium level. The ratio of Marker Read operations to Marker Locate is assumed to be 1:1.
When using AA batteries, the battery life is approximately 5 to 10 hours depending on the capacity of the batteries.
Main UI of Locator
After connecting Android App through Bluetooth, all operating functions of the locator are taken over by app
By querying the marking point through the map, you can select Google map to navigate to the selected identification point.
Version | ED-9000V100 | ED-9000V200 |
Frequency (* Customized frequency) | 83KHz，87Khz（*），101.4KHz，121.6 KHz, 145.7 KHz, 169.8 KHz, 66.35 KHz，134Khz（*）, 77 KHz（*），92Khz（*） | 83KHz，87Khz（*），101.4KHz，121.6 KHz, 145.7 KHz, 169.8 KHz, 66.35 KHz，134Khz（*）, 77 KHz（*），92Khz（*） |
The number of frequencies that can coexist simultaneously | 7 | 7 |
RFID Mode | ASK and FSK | ASK and FSK |
Writing marker | √ | √ |
LCD resolution | 19296 | 19296 |
Prompt sound | Alarm or Ring | Alarm or Ring |
Maximum detection depth（No ID） | Mid+：2.4~2.5 m Ball：>1.6m Nail：>0.8m | Mid+：2.4~2.5 m Ball：>1.6m Nail：>0.8m |
Maximum ID reading depth | Mid +：2.2~2.6 m Ball：1.4~1.6m Nail：>0.8m | Mid +：2.2~2.6 m Ball：1.4~1.6m Nail：>0.8m |
Maximum marker write depth） | Mid +：0.4~0.6 m Ball：0.3~0.5m Nail：<0.3m | Mid +：0.4~0.6 m Ball：0.3~0.5m Nail：<0.3m |
1/4 phone clip interface | √ | √ |
3.5 headphone jack | √ | √ |
Build-in GPS | ˟ | √ |
