Handheld SiteHawk Antenna and Cable Analyzer SK-4000-TC
Negotiable /Set
Min.Order:1 Set
Beijing W&F Technology Co., Ltd.
Handheld SiteHawk Antenna and Cable Analyzer SK-4000-TC
The pocket-sized SiteHawk Antenna and Cable Analyzer operates from 85 MHz to 4 GHz and features an intuitive interface readily accessible to the first time user and minimizes clicks for an expert using it every day. Substantial internal storage eliminates the need to worry about file storage, holding thousands of traces on the device for future analysis or reporting. With the SiteHawk, it is simple to 1) Determine if there is a problem with your cable and antenna system using the Measure Match function and 2) Locate the source of the problem with the Use Distance to Fault measurement. Comes with a three year warranty.
Item No | SK-4000-TC |
Item Name | SiteHawk Antenna and Cable Analyzer |
Frequency Range | 85 – 4000 MHz |
Frequency Resolution | 1kHz |
Frequency Accuracy | ±2.5×10-6 |
Output Power | -10dBm |
Reflect Amplitude Accuracy | –15 dB to 0 dB: 0.4 dB; –25 dB to –15 dB: 1.5 dB; –35 dB to –25 dB: 4.0 dB |
Trace Noise Magnitude | 0.02 dB rms (IFBW 1kHz) |
Measurement Speed | 0.25 ms / data point |
Measurement Points | 51 to 3201 |
Measure Bandwidth | 100 Hz to 30kHz |
Temperature Stability | 0.01 dB/°F; 0.02 dB/°C |
Return Loss Measurement Range | 0 dB to -60 dB |
Resolution | 0.01 dB |
VSWR Measurement Range | 1.0 to 65.0 |
Cable Loss Measurement Range | 0 dB to 30 dB |
DTF Range | 0 to 5000 (ft); 0 to 1500 (m) |
Test Port Connector Impedance | N-type, Female 50 ohms |
Connector | Micro USB B, USB 2.0 |
Languages | English, Chinese, Spanish |
Recommended Calibration Interval | 3 year |
Dimensions | 7.2 x 3.8 x 1.9 (LxWxH—inches); 182 x 95 x 46.5 (LxWxH—mm) |
Weight | 1.98 (lbs) 0.9 (kg) |
Maximum Input Voltage | 50V |
Operates In Temperature | 14°F to 131°F (–10°C to +55°C) |
Storage Temperature | –40°F to 176°F (–40°C to +80°C) |
Battery Charging Temperature | 32°F to 95°F (0°C to +35°C) |
Altitude | Up to 15000 ft (4600 m) |
Humidity | 95±5° max (non-condensing) |
Power Measurement | No |
Storage Capacity | Thousands of Traces and Setups |
Immunity to Interfering Signals | +13dBm |
CE | EMC – Standard EN 61326-1:2006; Safety – Standard EN 61010-1:2001; RoHS – Directive 2011/65/EU |
Battery | Lithium-ion rechargeable — 4 Hrs Typical Operating Time |
Battery Charge Time | 5 Hrs for Full Charge |
Standard Accessories:
AC Adapter (5 Vdc Output), Hard Carrying Case, USB Interface Cable-Power-1 meter long, RF Cable - 1.5 Meter long, Instruction Manual, Soft Carrying Case, USB Drive, USB Interface Cable, 15 cm long, Stylus and Calibration Combo
Orders would be shipped within 3 working days upon receiving cleard payments when stock lasts. Delievery time depends on the shipping method, the following is the typical time:
Faster courier(Such as EMS, DHL, UPS...) would take 3-7 days;
Air mail(Hong Kong air mail, Singapore air mail) would take 10-20 days.
Package might be delayed occasionally by the Customs or the carrier, we sincerely hope each customer could give a few more days when this happens Beijing W&F technology Co.,LTD is founded in 2006. It is a hi-tech company specialized in manufacturing and trading fiber splicing machine and testing equipments . Our company is one of the biggest communication test instrument suppliers which is located in Beijing - the capital of China.
We could supply Fujikura, Sumitomo, Fitel, Yokogawa, JDSU,EXFO, Shineway, KL, and W&F Chinese, and accessaries for fiber optic equipments.
1.What’s the lead time for all the goods that I required?
W&F :About the 3-4 working days after getting payment.
2.What’s the warranty for your products?
W&F: Normally it is 2 years.
3.What’s the MOQ for your products?
W&F: 1PC is ok ?
4. How will you ship to us ?
W&F: Normally it will takes 3-5 days by DHL or FedEx
5.My fusion splicer machine always has a larger splice loss,what reasons caused it? How solve?
W&F: 1).the electrodes are aging,you need to change new ones
2).the electrodes are not installed very well,you need to re-install and fix the electrodes well.
3).discharging current is not good,you need to do discharging experiment to make the current get the right point
6.splicing machine shows loss is not large,but it's larger when testing use a OTDR,what causes?how solve?
W & F :1).the electrodes are aging,you need to change new ones
2).discharging current is not good,you need to do discharging experiment to make the current get the right point
3).Optical fiber end face is bad,there is something wrong with the cutting blades.You need to adjust the fiber cleaver & cutting blades to make sure end face is better
4).There has dust in V groove,you need to clean V groove, microscope, electodes etc
You are always welcome to contact us!
Ms. Betty Cao
Skype :bjwftd2