The SATLOOK MICRO HD is a swedish made SAT-TV instrument. The unit is made for exact alignment and adjustment of SD and HD satellite-dishes.


The SATLOOK MICRO HD is intended for professional use and measure both SD and HD signals, DVB-S (QPSK) and DVB-S2 (8PSK).

Features:

• Easy-Find satellite identification for faster installations
• Spectrum Analyzer with zoom function
• Analog Measure on two LNB´s at the same time (920-2150 MHz)
• Digitalmessung BER, QPSK and S/N-ratio, 8PSK (DVB-S2)
• X-Polarity provide a visual reference of the signal level of the vertical and horizontal polarisations at a frequency
• Service Data shows the services available on the current transponder / Radio + TV
• Measure DVB-S and DVB-S2 signals (920-2150MHz)
• UNICable
• Digital BER, QPSK (DVB-S), 8PSK (DVB-S2) and S/N-ratio
• S/n Max-Hold Function
• Readout of NIT –gives Satellite-ID and TV/Radio-channel info
• Scan through memory positions (transponders) for easy Sat-ID
• LNB voltage 13/18v. 22 kHz tone switch
• Super bright 3” LCD display
• RS232 for PC-connection and future upgrades
• Built in, rechargeable battery
• Nice & small, only 1,5Kg complete with carrying case

Analog

Measure on two LNB´s at the same time (920-2150 MHz).

Digital

• SIG / Signal
• SNR / Signal Noise
• BER / Bit Error Ratio
• MER / Modulation Error Rate

Spectrum

Spectrum-analyzer with zoom function

EasyFind satellite identification for faster installations.

X-Polarity

This function can provide a visual reference of the signal level of the vertical and
horizontal polarisations at a frequency. This can be used to adjust the LNB skew for
maximum isolation. Many satellite transponders (like Astra 28.2 for most frequencies)
operate so that the vertical and horizontal polarisation signals are not usually at the same
frequency, but others (like Hotbird) have some transponders that operate with vertical
and horizontal polarisations at the same frequency. To ensure that you use a “good”
transponder for this isolation test, use the Spectrum Analyzer to check the signals.

Service Data

This shows the services available on the current transponder. The type of service is
shown in the first column. RA is a radio service, TV is a standard definition service and
HD is a High Definition service. Other service types are listed by number. The Service ID
number, Service Name and Service Provider are shown. The services shown will update
as more services are found. The knob can be used to scroll up and down to see all of the
services.

• Input frequency: 920-2150MHz
• Sat-TV min level in: About 35 dBuV (noise)
• Sat-TV max level in: About 100 dBuV
• Input/output impedance: 75 Ohm, F-connectors

Measuring method (analog):

• Spectrum analyzer / Spectrum with Zoom function
• Signal presentation on LCD -display in
  form of thermometer scales
• Pitch-tone, highest tone on loudspeaker

Measuring method (Digital):

• BER (bit error rate)
• S/N (signal/noise-ratio)
• Constellation (QPSK)
• Max-level: Thermometer scales showing max.
• Maxhold function
• BER, S/N and QPSK, 8PSK (DVB-S2) showing max.
  
  Satellite-identification:
• Yes, by reading out the NIT in the
  bitstream
• Info about the TV and Radio channels
  
  Memory:
• Up to 99 transponders can be stored
  with name
  
  Memory locks on:
• FEC, Symbol-rate Frecuency, 13/18v,
  22kHz

Memory search:
• The instrument scans the memory
  positions and presents the matching
  transponders

Präsentation:
• On LCD 3”

PC-connection:

• Yes, RS232-output
  
  Power out:
• Yes, 13-18V
  
  22 kHz tone:
• Yes, on/off
  
  DiSEqC:
• Yes, all 1.0 and 1.1. Also Toneburst on/off.
  
  DiSEqC actuator:
• Built in positioner for DiSEqC 1.2, SatScan
  and SatSelect
  
  Battery:
• Rechargable 12v, 3.5amp/hour
  
  Operational:
• About 1 hour on a fully charged Battery
  
  
  dimensions: 
  180x140x105 mm / with Nylon carrying-case
  157x130x87 mm / without Nylon carrying-case
  
  Weight:
• 1.5kg incl.battery & carrying case

Accessories:

• SATLOOK MICRO HD
• Nylon carrying-case
• Power-supply of 230V13.5V,1.7A
• Car-charger

SERVICE-Information