Digital Satellite Finder SF3000E

ProductID:DW-S013

Digital Satellite Finder SF3000E Description:

The SF3000 Digital Satellite Finder Meter is an innovative professional satellite identification and alignment meter. This device is easy to operate. The signal strength and picture quality (BER) meter will speed up and improve your dish installation.
If you are a professional installer and want a finder that can identify a particular satellite, then this is the one!
It communicates with the satellite's digital transmissions with "Unique Satellite Information Data" (USID). While most pointing devices only give you a general idea that there are indeed satellites in the sky and allow you to peak the signal, the SF3000 takes you one step further by positively identifying the satellite.
Dimension: 9.84in W x 4.72in H x 2.36in D (250 x 120 x 60mm)
Weight: approx less than 2 lbs
Packing: giftbox packing
Package Includes:
1x Special power supply adapter
1x RF input connector GMHF-L9.5-JK
1x Instrument bag
1x Operator's manual
1x CD-ROM
1x Data cable

1. Set satellite's related parameter which includes LNB frequency and working voltage (mode of polarization), satellite downstream frequency, symbol ate, 22K situation etc.
2. Align dish without IR/D, TV and power.
3. In alignment process, once a satellite is found by setting related parameter, we can adjust the dish's orientation and pitching angle according to inside audible tone
4. Measure RF signal level, bit error rate, carrier-to-noise rate and current.
5. Pre-programmed to most regionally used satellites.
6. Uses USID
7. Signal strength and Bit Error Rate (Picture Quality) displayed simultaneously.
8. Easy reading LCD display.
9. Back lit display.
10. Up to 40 satellites come pre-programmed. You can add, change or delete the satellite info manually.
11. Bar-graph for Signal Strength
12. Bar-graph for BER (Picture Quality).
13. Satellite settings store in non-volatile EPROM
14. Short circuit proof on LNB output.
15. Works with all stander, universal, linear (DVB) and circular (DSS) polarity LNBs