Nano Clone
Electro-Harmonix Vairs netiek pārdots Izlaists 2006. gadā

Nano Clone

Compact analog chorus pedal in a die-cast enclosure, based on the Small Clone circuit. It has a single Rate control and true bypass, and suits guitarists who want a simple, small-footprint chorus.

  • Analog chorus circuit, mono audio
  • Single Rate knob sets chorus speed
  • True bypass footswitch with status LED
  • Die-cast chassis, 4.5 x 2.75 x 2.1 in
  • Draws 12mA; 9V battery included
  • Released in 2006
Pārdot tādu pašu

Fotoattēli

8

Sludinājumi

Šim modelim vēl nav sludinājumu

Kad kāds pārdos Nano Clone, sludinājumi un pārdošanas vēsture parādīsies šeit.

Pārdot tādu pašu

Apraksts

The Nano Clone is a mono analog chorus pedal that revisits the circuit lineage of the Small Clone in a smaller, more economical format. Its single Rate knob sets the speed of the chorus effect, so there is no depth or level control to adjust.

A footswitch toggles between the effect and true bypass, with a status LED lighting when the effect is on. The pedal sits in a compact die-cast chassis and draws 12mA, so it runs from the included 9V battery for portable use.

The signal path is simple: a 1/4" input jack takes the instrument signal and a 1/4" amp jack sends the output on. An optional 9.6VDC-200mA power adapter can be used instead of the battery, but is sold separately. An owner's manual is available to download.

Video

Specifikācijas

Zīmols
Electro-Harmonix
Modelis
Nano Clone
Kategorija
Efekti un pedāļi

Audio

Circuit
Analog
Audio
Mono
Bypass
True Bypass

Controls

Knobs
Rate
Footswitch
Toggles between effect and bypass
Status LED
Lit when effect is active

Connectivity

Input
¼" jack
Output (Amp jack)
¼" jack

Power

Power supply
9V battery included
Optional adapter
9.6VDC-200mA (not included)
Current draw
12mA

Physical

Dimensions (in)
4.5 x 2.75 x 2.1
Chassis
Die-cast, compact

In the box

Battery
9V battery included

General

Year released
2006
UPC
683274050058

Dati: ehx.com; foto: Electro-Harmonix product page · atjaunināts 2026-10-13 · Atradi kļūdu? Raksti mums