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250kg Durable Push Rod Drain Camera For Drainage Pipe Inspection

Lieu d'origine	Chongqing, Chine
Nom de marque	Gold
Certification	ISO9001 CCC CE
Numéro de modèle	GYGD IV

Détails de produit

Nom de produit:

caméra d'inspection de forage

Affichage d'écran:

1024*768 pixels

Plage de profondeur:

0 à 2000 mètres

Capteur:

Sony 1/3 pouce CCD, 0,1 Lux

Résistance à la traction du câble:

250 kg

Pression:

Maximum de 150 MPa

Lumière:

11 lampes à LED, réglable en luminosité

Stockage:

Carte SD/disque U

Service personnalisé:

Acceptable pour le logo, le design, etc.

Type de treuil:

Arrangement de câbles électriques et automobiles

Mettre en évidence:

250kg push rod drain camera

durable drainage pipe inspection camera

borehole inspection camera with push rod

Description de produit

250kg Durable Push Rod Drain Camera For Drainage Pipe Inspection

Built for drainage pipe inspection, this Durable Push Rod Drain Camera is made with sturdy materials to withstand the wear and tear of frequent use in drainage systems. Its push rod design navigates easily through drainage pipes, avoiding damage to pipe interiors while moving. The camera captures clear images of drainage pipe conditions, enabling quick detection of blockages, pipe damage, or root growth. It is a practical tool for plumbers and maintenance teams, simplifying the process of assessing drainage pipe integrity.

Precision Measurement Capabilities

Engineering Accuracy

Dimensional Measurement: Measures crack widths, joint gaps, and deformation with 0.1mm accuracy.
8x Measurement Zoom: Provides precise visual data for engineering calculations and structural analysis.
360° Dimensional Mapping: Creates comprehensive dimensional profiles of boreholes and structures.

Calibration-Certified Design

NIST-Traceable Calibration: All measurements are traceable to national standards.
Temperature Compensation: Automatic adjustment for thermal expansion effects.
Regular Calibration Reminders: Built-in schedule for measurement system verification.

Engineering Analysis Features

CAD Integration: Exports measurement data directly to engineering software.
Tolerance Checking: Automatic comparison against design specifications.
Trend Monitoring: Tracks dimensional changes over time for structural monitoring.

Technical Specifications

Engineering Feature	GYGD-IV Measurement Performance
Measurement Accuracy	±0.1mm Dimensional Precision
Calibration Standard	NIST-Traceable Certification
Temperature Compensation	0.001mm/°C Adjustment
Data Export	CAD, BIM, CSV Formats
Engineering Standards	ISO 17025 Compliant

Safety Operating Procedures for Electric Winches

The electric winch should be installed on a flat, solid surface with good visibility. If the ground is slippery, ground anchors must be used to ensure the winch is firmly secured to the ground, preventing slippage caused by the counterforce generated when the probe ascends or descends in the well.
The centerline of the electric winch's guide pulley should be vertical and overlap with the vertical centerline of the wellhead. If a wellhead pulley is added at the wellhead, the distance between the electric winch and the wellhead pulley should generally not exceed 10 meters.
Before commencing operations, inspect the cable for any damage. Confirm that the winch's lifting direction is consistent with the required operational direction. Ensure that both the forward and reverse rotation of the wellhead pulley are smooth. The speed control switch must be returned to its initial position before starting the machine.
After starting the machine, place the left hand on the start button (to quickly press the stop button in case of an emergency). Slowly rotate the speed control knob with the right hand to start the winch smoothly. When stopping the machine, the speed control knob must be returned to its initial position.
Once the probe is inserted into the wellhead, the lowering and retraction speed must not be excessive, not exceeding 3 meters per minute. This prevents cable tangling.
Method to zero the depth counter: Start the winch to slowly pull out the probe and insert it into the wellhead. If the depth data displayed on the screen is not zero at this point, press the "Zero" button above the display to reset the displayed length to zero.
The cable on the drum must be neatly arranged. During operations, at least five turns of cable must be retained. No personnel are allowed to cross over the electric winch cable during operations.
During winch rotation, operators are strictly prohibited from leaving their posts without authorization. The left hand must be placed next to the start button, and the right hand must not leave the speed control switch knob of the winch.
In the event of a sudden power failure during operations, immediately press the stop button, and return the speed control knob to its initial position.

Frequently Asked Questions

What are you doing?

We are manufacture for geophysical equipment: such borehole camera and water level (depth) meter, DC resistivity meter, magnetic equipment, seismic equipment and etc.

How deep of your borehole camera test?

Usually, our borehole camera can be used to test from 100m to 1000m.

What's diameter of your borehole camera?

Our borehole camera diameter is 75mm which suitable 80mm to 300mm borehole.

What's temperature of your borehole camera?

Our borehole camera is suitable for -10 to 60 centigrade degree borehole.

Do you do customized borehole camera?

Yes, we will try best to make the borehole camera per your specification requirements: such as 1000m to 2000m borehole camera, high temperatura borehole camera, and etc.