Siemens&Halske (1895) The first beginnings of Morse technology, 55 years before "high-tech"

Siemens&Halske (1895) The first beginnings of Morse technology, 55 years before "High Tech"

Siemens&Halske (1895) The first beginnings of Morse technology, 55 years before "high-tech"

Siemens&Halske (1895) The first beginnings of Morse technology, 55 years before "high-tech"

Keyhole puncher TL1 (1950): With the keyhole puncher TL1, the Morse code of a text to be sent is punched into a punched tape

Morse encoder: The Morse encoder MG 12 scans a Morse hole strip and sends the Morse code onto the line at up to 480 words per minute (wpm).

Morse encoder: The Morse encoder MG 22 scans a Morse hole strip and sends the Morse code onto the line at up to 150 letters per minute (bpm).

Training Morse coder MG 23 (1950): The practice Morse coder MG 23 scans a Morse code strip and sends the Morse code onto the line at up to 220 letters per minute (bpm). The pauses between letters can be lengthened to make learning Morse code easier.

Electronic encoder EG 21: The electronic Morse encoder EG 21 scans a 5-hole teleprinter strip and converts it into Morse code, which can then be received and recorded by a Morse recorder.

Morse Recorder RC 18: The Morse Recorder RC 18 receives Morse signals and records them on a strip of paper in the meander-like undulator font at up to 400 words per minute (wpm).

Morse double recorder RC 28: The Morse double recorder RC 28 receives the same Morse signals via two different radio channels and records them on a paper strip in undulator font in two tracks at up to 480 words per minute (wpm). With double transmission, you can probably still receive the message correctly if the radio channels are disturbed.

Morse recorder UR 39 (1952): The Morse recorder UR 39 receives Morse signals and records them on a paper strip in undulatory script at up to 300 letters per minute (bpm).