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Arel 362.02

Arel

Belgium

Arel 362.02

Tape Deck Details

Number of Motors

1

Number of Heads

2

Head Configuration

Full-track-mono

Wow & Flutter

Signal-to-Noise [dB]

Dimensions [mm]

Weight [kg]

Year built

1968

Head Composition

Permalloy

Equalization

Frequency Response

50–10,000 Hz

Speed

3¾, 7½

Max Reel [inch]

7

Tracks

1/2 Rec/PB

Price

User

Consumer

Additional Information

The Arel 362.02 is a very rare early consumer reel-to-reel tape recorder produced in 1968 by the Belgian manufacturer Arel (founded by Michel Albert Huygen in Antwerp). It was released in the same year as the closely related 362.01, which is considered Arel’s first tape recorder model (following their earlier wire recorder, the 171A2). The 362.02 is essentially a minor variant or follow-up in the initial 362 series.



Technical Overview (Limited Public Data)


Detailed specifications for the Arel 362.02 are extremely scarce today, as it was a low-volume European consumer product from a small manufacturer and never achieved widespread distribution or documentation like major brands (Revox, Akai, Sony, or Philips). No full service manual, frequency response curves, or official spec sheets are readily available online.



Known / Typical Characteristics for the 362 Series (1968):

  • Format: Open-reel (reel-to-reel) magnetic tape recorder.

  • Channel Configuration: Likely monaural (single-channel) or basic dual-track mono, common for entry-level home recorders of the late 1960s. Some contemporary European models offered simple stereo, but the 362 series is generally regarded as mono-focused for voice and home use.

  • Tape Speeds: Probably the standard consumer speeds of the era: 7½ ips (19 cm/s) and 3¾ ips (9.5 cm/s). A slower 1⅞ ips speed may have been included for extended voice recording. Exact confirmation for the 362.02 is unavailable.

  • Reel Capacity: Expected to support up to 5" or 7" reels (typical for tabletop consumer decks in 1968), providing 30–60+ minutes of recording time depending on speed and track format.

  • Drive System: Conventional capstan drive with pinch roller (standard for non-portable consumer machines of this period, offering better speed stability than the rim-drive used in cheaper Japanese portables like the Apolec RA-11).

  • Electronics: Fully transistorized (solid-state) circuitry — no vacuum tubes and no integrated circuits in this early design.

  • Power Supply: AC mains powered (likely 220V/240V for the European/Belgian market).

  • Inputs/Outputs (typical for the class):Microphone input (for dynamic mics)
    Line/phono/radio input for dubbing from other sources
    Headphone and external speaker outputs
    Built-in amplifier and small speaker for monitoring and playback

Features

  • Basic transport controls: Record, Play, Stop, Fast Forward, Rewind.

  • Record/playback switching with safety interlock on record.

  • Simple level control and possibly a basic recording indicator (magic eye or neon lamp).

  • Designed primarily for home use: voice dictation, recording radio broadcasts, dubbing vinyl, or family audio memories.


Performance Context


As an early solid-state consumer model from a small Belgian firm, audio performance would be adequate for casual listening and voice but modest by hi-fi standards:

  • Moderate frequency response (roughly 50–10,000 Hz or better at higher speeds).

  • Acceptable but not exceptional signal-to-noise ratio and wow/flutter for the price point.

  • Not positioned as a professional or semi-pro machine.

Build and Market Position

  • Tabletop design with typical late-1960s styling (metal chassis with plastic or woodgrain elements).

  • Arel produced only a limited range of tape equipment. The 362.01/362.02 were their entry into tape recording, followed later by the model 433.

Surviving examples of the 362.02 are exceptionally rare, even more so than the 362.01. Most information comes from collector directories rather than user manuals or advertisements.



Restoration Notes: Vintage units from this period commonly need:

  • Cleaning and lubrication of the tape transport (capstan, pinch roller, idlers).

  • Replacement of aged electrolytic capacitors.

  • Head cleaning, demagnetization, and possible azimuth adjustment.

  • Belt or drive component checks (if rubber parts are present).

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