3M 2273 manual About Trace Modes

Page 12

About Trace Modes

Peak: In this mode, as the antenna crosses the cable, the Receiver speaker volume increases to a maximum and the bar graph fills from both sides toward the middle. As the antenna moves off the cable path, the speaker volume decreases and the bar graph opens.

Peak with High-Expanded:While in Peak mode, press to select High- Expanded (the highest setting). Speaker response is cut off as the antenna moves away from the cable.

Null: In this mode, the signal is a minimum directly over the cable and is maximum on either side of the cable. The speaker volume and display signal strength correspond to the signal being received. In the normal bar graph display mode (Null flag flashing) the bar graph opens at low signal strength and closes at high signal strength. In the inverse Null bar graph display mode (Null flag is on solid), the bar graph closes at low signal strength and opens at high signal strength.

Differential: In this mode, the Receiver provides an indication of the relative position of the cable to the Receiver by displaying right or left arrows (the arrow points toward the cable). The bar graph increases to a maximum as the Receiver antenna is moved directly over the cable path. Speaker response is a high warbling tone to the right of the cable path, a low warbling tone to the left, and a solid tone directly over the cable.

Special Peak Mode: This mode will increase the signal sensitivity of the Receiver when the signal is too weak for normal tracing. Use special attention when using this mode because it is more susceptible to congestion than the normal peak mode.

Numerical Signal Strength Display Resolution: The user may select between 3 levels of signal strength resolution. The setting will be displayed on the right end of the bar graph during selection. To change the setting, press and hold

the key during power up then press the key. Display resolution may

be changed between the standard 1X, (no bars illuminated), 2X, (One bar illuminated), and 4X (Two bars illuminated). The unit saves the last setting until changed.

Note: While tracing cables in any mode, keep the Receiver handle in line with the suspected cable path.

Page 11

Image 12
Contents Dynatel Advanced Cable Fault Locator Table of Contents Installing or Replacing the Batteries IntroductionInitial Receiver Configuration Receiver Battery TestTransmitter Battery Test Using External DC Power and 5 Watt OutputTransmitter Setup Locating a Buried CableDirect Connect Method Cable Receiver Setup Dyna-Coupler Method Induction Method Receiver Setup About Trace Modes Selecting Passive Power Frequencies Selecting Auxiliary FrequenciesDetermining Cable Depth and Current Using Current Indications During Locating Locating Sheath Faults Cable path Red leg Locating AN Active Duct Probe ADP Determining ADP DepthLocating Markers using the Receiver Locating EMS MarkersLocating Markers while Tracing Cable Path Toning Aerial Faults Cable or Pair Identification Cable IdentificationOptional Accessories Pair IdentificationTechnical Information TransmitterReceiver EnvironmentalImportant Notice

2273 specifications

3M 2273 is a high-performance double-sided tape that is engineered for a variety of demanding applications in both industrial and household settings. This tape is particularly well-regarded for its versatility and strong bonding capabilities, making it a popular choice among professionals and DIY enthusiasts alike.

One of the standout features of 3M 2273 is its robust adhesive technology. It utilizes a proprietary acrylic adhesive that provides excellent bonding strength on a wide range of surfaces, including metals, plastics, glass, and painted materials. This versatility allows users to apply the tape in different scenarios, whether it’s for mounting, joining, or attaching parts. The ability to adhere to challenging substrates without the need for additional primers or surface treatment simplifies the application process.

The tape is designed with a unique combination of a thick carrier film and a high-quality adhesive layer, which contributes to its durability and reliability. The thick backing provides excellent conformability, allowing the tape to maintain its adhesion even on irregular or textured surfaces. This feature is particularly valuable in automotive, aerospace, and construction industries, where the integrity of bonds is crucial.

Another key characteristic of 3M 2273 is its temperature resistance. This tape can perform effectively in a wide temperature range, making it suitable for applications exposed to heat or cold environments. Whether it’s used in manufacturing processes or for outdoor projects, the tape maintains its bonding properties, ensuring long-lasting performance.

The transparency of 3M 2273 adds to its appeal, particularly for applications where aesthetics are important. The discreet appearance allows for clean finishes, making it ideal for use in electronic devices, graphics, and signage where visible seams could compromise visual appeal.

Furthermore, 3M 2273 is easy to manipulate, allowing for quick and efficient application. The tape is available in various widths and lengths, catering to the diverse needs of users. It also boasts excellent shear strength, which helps it resist slippage and provides a secure hold over time.

In summary, 3M 2273 stands out in the realm of double-sided tapes due to its exceptional bonding capabilities, temperature resistance, and versatility across a variety of substrates. Its reliable performance and user-friendly design make it an essential tool in both industrial settings and everyday applications, ensuring that it meets the rigorous demands of users worldwide.