Condition: Used 

Supplied as pictured, no additional accessories.

Kaelus RTF-1000A Ranger 800 MHz PIM & RTF Device Module

Works with the following Kaelus iQA PIM Analyzer Models: 700L, 700H, 850, 900, 901

Frequency Range:

698 - 960 MHz

Kaelus RTF-1000A Ranger

Range To Fault (RTF) is an exciting new technology from Kaelus that enables operators to accurately measure the location of PIM and Return Loss faults in their RF infrastructure. Reflection data together with PIM data provides an unmatched level of clarity for identifying the location of faults in the RF path.

The RTF system consists of an RTF Module, interconnecting cables and a ?RTF Enabled? iQA series PIM test instrument. Customers can purchase a new ?RTF Enabled? PIM test analyzer from Kaelus or upgrade their existing A or B-series iQA test equipment to support RTF measurements. Please contact your local Kaelus representative for additional information.

PEAK RETURN LOSS

When the RTF module is attached a low power Return Loss vs. distance measurement will be made prior to activating the high power PIM test tones. If the peak calculated Return Loss is greater than a user specified value a warning will be presented to the operator along with the distance to the failing location. The operator has the option at this point to either abort the test or continue with the PIM measurement. This safety feature has been added to help prevent accidental high power RF transmissions while the feed system is open for repairs.

DISTANCE TO LARGEST PIM SOURCE

With an RTF Module attached the iQA user software provides four different views the operator can use to analyze PIM faults at the cell site. The ?Basic? view clearly identifies the distance and magnitude of the largest static PIM fault on the line. For fastest results, Kaelus recommends methodically eliminating the largest PIM fault and repeating until all static PIM sources have been removed. Once the static PIM sources are removed, the operator can proceed to dynamic PIM testing to certify that the PIM performance is stable and robust.

PIM VS. DISTANCE

With a single button push, the operator can switch to ?PIM? view to see the relative magnitude of all PIM sources on the line. A marker function is provided allowing the user to jump from peak to peak displaying the magnitude and distance to each PIM fault. Kaelus? RTF solution utilizes proprietary enhanced resolution algorithms that enable the user to resolve closely spaced PIM faults that a standard FFT analysis can not see.

RETURN LOSS VS. DISTANCE

With a second button push, the operator can switch to ?RL? view to see Return Loss vs. distance. As with the PIM view, a marker function is provided to display the magnitude and distance of each Return Loss peak.

PIM & RETURN LOSS OVERLAY

?OVL? view overlays Return Loss vs. distance and PIM vs. distance on a single screen. The user can independently set markers for both PIM peaks and Return Loss peaks and measure the relative distance between faults. Electrically long devices such as filters or TMAs, and changes in velocity factor caused by jumper cables vs. feeders can reduce the absolute accuracy of individual distance calculations. Since these errors impact both the PIM and Return Loss calculations equally, the relative distance between faults is typically more accurate than the individual distance calculations. Using the relative distance of a PIM problem to a known Return Loss peak allows users to locate faults on the line with more precision than with PIM vs. distance alone.

Features:

Accurately identify the location of PIM and Return Loss faults in the RF pathSimple to operate, highly intuitive touch screen user interfaceOverlay PIM and Return Loss vs. distance data for enhanced troubleshooting capabilityQuickly switch between different test modes without disconnecting the line under testCompatible with any ?RTF Enabled? iQA series PIM test instrument from KaelusSpeeds site repairs by guiding operators to the location of PIM faultsFactory upgrades available for existing A and B-series iQA test instrumentsBefore PIM testing, the RTF Module performs a Return Loss safety check to warn the operator before transmitting high RF power into a poor match.

Specifications:

Frequency 698 - 960 MHz

RTF analysis modes Numeric: Distance to maximum PIM + PIM Magnitude Graphical: PIM vs. Distance Return Loss vs. Distance, PIM + RL vs. Distance

Return Loss Max Return Loss (from FFT analysis) is displayed on the iQA main PIM test screen when the RTF module is attached

Residual PIM < -115dBm/-158dBc max (<-125dBm/-168dBc typ) @2x +43dBm test tones

User interface ports 1x USB, 1x Auxiliary port (Type N female) 1x RF output (7-16 DIN female), 1x RF input (7-16 DIN male)

Power +12V DC supplied via iQA auxiliary port

RF power (PIM)2x +43dBm supplied by iQA

RF power (Return Loss)-33dBm supplied by RTF module

Dimensions 5.0 x 3.5 x 2.9in (127 x 90 x 73mm)

Weight 2.2lbs (1.0kg)

Operating temperature range -10°C to +40°C

Storage temperature range -20°C to +60°C

Ingress protection (IP) IP50 (operating)

Relative humidity 5% to 95% RH non-condensing

Please refer to the manufacturer’s website for further information on this product.

Shipping & Returns Policy

Shipping Policy

• Processing Time: Orders are typically processed and dispatched within 1 business day.
• Shipping Methods: We offer Expedited Shipping to all destinations using UPS/DHL/Fedex/Royal Mail and other reputable carriers.
• Shipping Times: Mainland UK: 1-2 Business Days / Mainland Europe and USA: 2-3 Business Days / Rest of the World 5-7 Business Days.
• Shipping Costs: These are calculated at checkout based on the shipping method, destination and package dimensions.
• CUSTOMS AND TAXES: It is YOUR responsibility to liaise with customs in your country and ensure your package is cleared and any taxes are paid.
• Shipping Destinations: We ship worldwide.
• Tracking: Once your order is shipped, we will provide you with a tracking number via email.
• Insurance: All shipments are insured. In case of damage, please contact us via email within 48 hours of receiving the product with photographic evidence, please also ensure a report is logged with the delivery driver.

Returns Policy

• Return Period: In the event of an item being received which is 'not as specified', you can return your purchase within 14 days of delivery.
• Condition of Items: Items must be returned unused and in their original packaging.
• Return Method: All returns must be notified in writing to hello@ttinstruments.com, the email should accompany the order number, date and reason for return and must be within 14 days of delivery.
• Restocking Fees: A restocking fee of up-to 20% is applicable for items returned for any reason other than 'not as specified'.
• Refund Method: Refunds are processed to the original method of payment within 5 business days of receiving the return.
• Exchanges: We do not offer exchanges. It will either be a replacement or a refund.
• Return Shipping Costs: Return shipping costs will be borne by the customer unless the item is 'not as specified', in this case we will arrange for the return by way of a prepaid shipping label.