Need help?Do you have a question about the emitor SATLOOK Micro plus and is the answer not in the manual?
Check the contents of the cardboard box after unpacking the SATLOOK Micro+ instrument.
Instructions for turning the SATLOOK Micro+ instrument on and off using the control buttons.
Procedure to check the battery condition of the SATLOOK Micro+ instrument using the LCD display.
Guide to connecting the instrument and installing a satellite dish in Signalmeter mode.
How the beeper function provides higher tones as the signal level improves.
Setting up 13/18V, 22 kHz on/off and DiSEqC signals for LNB-A.
Controlling DiSEqC 1.2 actuators using the 'Motor' function in the menu.
Using the Attenuator function to reduce incoming signal strength when bargraphs show max-values.
Displaying signal value peaks and updating only when higher values are received.
Accessing and understanding the digital display information like BER, SNR, and QPSK.
Identifying satellites and channels by reading NIT in the Bitstream.
Using the matching function to align the satellite dish to a specific satellite.
Identifying satellites, storing transponder info, and transferring data to a PC.
Adjusting features like contrast, backlight, autooff, LNB type, and firmware version.
Check the contents of the cardboard box after unpacking the SATLOOK Micro+ instrument.
Instructions for turning the SATLOOK Micro+ instrument on and off using the control buttons.
Procedure to check the battery condition of the SATLOOK Micro+ instrument using the LCD display.
Guide to connecting the instrument and installing a satellite dish in Signalmeter mode.
How the beeper function provides higher tones as the signal level improves.
Setting up 13/18V, 22 kHz on/off and DiSEqC signals for LNB-A.
Controlling DiSEqC 1.2 actuators using the 'Motor' function in the menu.
Using the Attenuator function to reduce incoming signal strength when bargraphs show max-values.
Displaying signal value peaks and updating only when higher values are received.
Accessing and understanding the digital display information like BER, SNR, and QPSK.
Identifying satellites and channels by reading NIT in the Bitstream.
Using the matching function to align the satellite dish to a specific satellite.
Identifying satellites, storing transponder info, and transferring data to a PC.
Adjusting features like contrast, backlight, autooff, LNB type, and firmware version.
Frequency and Impedance| input frequency | 920-2150 MHz |
|---|---|
| input level | 35-100 dBuV |
| input/output impedance | 75 Ohm |
Display and Connectivity| display type | LCD 3" |
|---|---|
| PC connection | RS232 connector |
| DiSEqC | Yes, all 1.0 and 1.1 |
Power| power out | 13-18 V |
|---|---|
| battery capacity | 12 V, 1.8 amp/hour |
| power supply | 220 V / 13.5 V, 1.7 amp |
Weight and Dimensions| weight | 1.5 kg |
|---|---|
| battery operational time | About 2 hours on a fully charged battery |
| car charger | Included |
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