LEVITON 6386 Signal Evaluator Strenth Indicator Catalogue

( Brand: Leviton ), ( Manufacturer Part Number: 6386 ), ( Type: Signal Evaluator ), ( Compatible Technology: X10//domia 10 )

Review LEVITON Signal Evaluator Strenth Indicator Catalogue

The Leviton 10 Signal Evaluator and Strength Indicator (Catalog Number 6386) is a versatile and essential tool for any professional working with structured cabling systems. This device is designed to help technicians quickly and accurately evaluate the performance of their cabling installations, ensuring optimal signal strength and reliability.

The Levitton 10 Signal Evaluator features a user-friendly LED display that provides clear and easy-to-understand readouts of the signal strength in both dBm and percent, allowing for quick and accurate diagnosis of any issues. The device supports both analog and digital signals, making it compatible with a wide range of networks and systems.

One of the standout features of the Levitton 10 Signal Evaluator is its ability to test both TIA/EIA-568-B and TIA/EIA-568-C wiring configurations, ensuring compatibility with the most commonly used cabling standards. The device also includes a built-in tone generator, allowing technicians to perform loopback tests and quickly identify any physical issues with the cabling.

The Leviton 10 Signal Evaluator is compact and lightweight, making it easy to carry and use in the field. It is also rugged and durable, with a water-resistant design that can withstand harsh environments and resist damage from drops and impacts. The device includes a rechargeable battery, eliminating the need for frequent battery replacements and reducing waste.

In summary, the Leviton 10 Signal Evaluator and Strength Indicator (Catalog Number 6386) is an essential tool for any professional working with structured cabling systems. Its user-friendly design, wide range of compatibility, and rugged construction make it an indispensable tool for diagnosing and troubleshooting cabling issues, ensuring optimal signal strength and reliability.

1. Accurate measurement: The Leviton 10 Signal Evaluator provides an accurate measurement of the signal strength, helping you identify any potential issues with your network.

2. Easy to use: The device is easy to use, with a simple push-button operation and a clear, easy-to-read LCD display.

3. Portable: The small size and lightweight design of the Leviton 10 Signal Evaluator make it easy to carry around, making it a convenient tool for troubleshooting network issues on the go.

4. Durable: Leviton is a well-known brand with a reputation for producing high-quality products, so you can expect the Leviton 10 Signal Evaluator to be durable and reliable.

1. Limited functionality: The Leviton 10 Signal Evaluator is primarily designed for measuring signal strength, and does not offer any additional network diagnostic features.

2. Price: The Leviton 10 Signal Evaluator is a premium product, and may be more expensive than other signal strength meters on the market.

3. Battery life: The device uses AA batteries, which may need to be replaced frequently if used heavily.

If you are looking for an accurate and easy-to-use signal strength meter, the Leviton 10 Signal Evaluator is a good option. Its durability and portability make it a convenient tool for troubleshooting network issues, but its limited functionality and higher price point may be a turnoff for some users. Ultimately, whether or not the Leviton 10 Signal Evaluator is the right choice for you depends on your specific needs and budget.

If you are looking for a high-quality signal strength meter and are willing to pay a premium price, the Leviton 10 Signal Evaluator is a good option. However, if you are looking for a more affordable solution or one with additional network diagnostic features, there may be other options on the market that better meet your needs. It is always a good idea to research and compare different products before making a purchase.

Details:

The Leviton x10 signal strength indicator is used with test set transmitter to troubleshoot improperly operating decors electronic controls. The minimum signal strength required for proper dohc power line carrier component operation is 100mv at receivers and 0v at controllers. Turn on all downstairs lights with the touch of one button as you enter front door, then push another to upstairs.

From another console at your bedside, turn off all lights in the house with a single button, then on electric space heater Leviton x10 signal strength receiving indicator measures command individual existing or proposed receptacle module and wall switch sites. All easily done through the magic of power line signals communicating from one device to another your existing 110v household wiring convenience and security controlling lights appliances anywhere in house is simple inexpensive when morning comes, a simple, plug-in timer console automatically turns off heater, on some soft music starts coffee maker since signaling language enables control be transmitted over electrical lines, you can throughout home without running new wires. This enables you to have the remote and automated control of lights appliances from anywhere on your property.

specifications homautoma:

• brand: Leviton
• mpn: 6386
• type: Signal Evaluator
• compatible technology: X10//domia 10

Offer homautoma:

• best offer: false
• quantity: 1
• Started: April 12, 2018, 8:26 am
• Sold: 0
• bids: 0

Seller homautoma:

• zipcode: 13202
• city: Syracuse, New York

Returns homautoma:

• policy: no returns

General homautoma:

• home automation modules
• condition: Used
• in stock: Yes

Payments homautoma:

• PayPal

Ratings:

1. Thanks! 04-11-18
2. Just as described, fast shipping, good packaging. Thank you! 04-10-18
3. Received item, no issues 04-11-18
4. excellent AAAA seller fast shipping thanks again 04-11-18
5. great seller 04-08-18

Shipping homautoma:

• handling: 2 days
• type: Calculated

Leviton 6386 Is Similar To:

• 6385 Leviton X-10 Signal Test (48.8% similar) Box shows shelf wear. No instructions. Boxes, sorry...(November 9th, 2017)