Description
EXPLORE SCIENTIFIC ED APO 102mm f/7 FCD-1 Alu 2'' R&P Focuser
- Three lenses air-spaced ED-apochromatic
- Focuser with 10:1 reduction
- Tube rings with handle included - handle features mounting place for cameras
- 2'' Star Diagonal 99% reflectivity
The three-lens design of the EXPLORE SCIENTIFIC ED-Apochromats provides everything an amateur astronomer desires - at a reasonable price. The construction with Hoya FCD001 ED glass has two air spaces and provides a level of correction so superior to the two-lens constructions, that are common in this price class, that you will see the difference immediately.
This excellent optical performance teams up with a high precision mechanics - the result is a telescope on a level that is setting a new standard in it´s price class. Astrophotographers will love this telescope - a optional field flattner is available and makes the telescope perfect even for cameras with a large chip format.
These very popular EXPLORE SCIENTIFIC Triplet ED APO Refractors we do offer in 3 different product lines:
Essential Line:
HOYA FCD-1 Glass lens, AL-Tube, 2.0'' Rack&Pinion Focusser with 1:10, 2.0'' Star Diagonal 99% Reflectivity (see Part No. 0112084(AL), 0112106(AL), 0112132(AL)), 0112155(CF + 3''FT))
Professional Line:
HOYA FCD-100 Glas lens, AL/CF-Tube, 2.5'' HEXAFOC Focusser with 1:10, 2.0'' Star Diagonal 99% Reflectivity (see Part No. 0112086(AL), 0112108(AL), 0112109(CF), 0112134(AL), 0112135(CF))
High-End Line:
OHARA FPL-53 Glass lens, Carbon(CF) Tube, 3.0'' Feather-Touch Focusser with 1:10, 2.0'' Star Diagonal 99% Reflectivity (see Part No. 0112165(CF))
This excellent optical performance teams up with a high precision mechanics - the result is a telescope on a level that is setting a new standard in it´s price class. Astrophotographers will love this telescope - a optional field flattner is available and makes the telescope perfect even for cameras with a large chip format.
These very popular EXPLORE SCIENTIFIC Triplet ED APO Refractors we do offer in 3 different product lines:
Essential Line:
HOYA FCD-1 Glass lens, AL-Tube, 2.0'' Rack&Pinion Focusser with 1:10, 2.0'' Star Diagonal 99% Reflectivity (see Part No. 0112084(AL), 0112106(AL), 0112132(AL)), 0112155(CF + 3''FT))
Professional Line:
HOYA FCD-100 Glas lens, AL/CF-Tube, 2.5'' HEXAFOC Focusser with 1:10, 2.0'' Star Diagonal 99% Reflectivity (see Part No. 0112086(AL), 0112108(AL), 0112109(CF), 0112134(AL), 0112135(CF))
High-End Line:
OHARA FPL-53 Glass lens, Carbon(CF) Tube, 3.0'' Feather-Touch Focusser with 1:10, 2.0'' Star Diagonal 99% Reflectivity (see Part No. 0112165(CF))

FEATURES
- three lens air-spaced ED-apochromatic
- Hoya FCD01-ED glass
- polystrehl of above 0.9
- Tube-weight: 4,9kg
- Tube length (retracted dew-cap): 560mm
- Dew-cap diameter: 154mm
- Tube diameter: 104mm
- back focus: 165mm above 2'' adaptor
- Optics with dovetail plate and finder slot
- 2'' Star Diagonal 99% reflectivity
- Dust caps for front-lens and focuser
Technical Data
| FIELD OF APPLICATION | |
|---|---|
| Field of application |
|
| FOCUS GROUP | |
| Focus Group | Advanced Amateurs |
| PRODUCT FAMILY | |
| Product Family | Refractor telescope |
| OPTICAL SPECIFICATIONS | |
| Optical design | Apochomatic Refractor |
| Maximum recommended magnification | 200 |
| ED glass | ✓ |
| Mirror/Lens diam. | 102 mm |
| Focal length | 714 mm |
| Angular resolution | 1.3 arc seconds |
| Type of coating | Enhanced Multilayer Desposition (EMD) |
| Width of image field width 24x36 mm receiver | 2.9 degrees |
| Height of image field width 24x36 mm receiver | 1.9 degrees |
| GENERAL TECHNICAL DATA | |
| Material OTA | Aluminium |
| Eyepiece Barrel Diameter | 50.8 mm |
| Colour | white |
| Dust protection caps | Dust protection caps for front lens and eyepiece holder |
| Mount Type | Optics without Mount |
| Extended warranty | 10 years |
| DIMENSIONS & WEIGHTS | |
| Total length | 630 mm |
| Total width | 154 mm |
| Net weight OTA (incl. accessories) | 4.9 kg |
| Length with retracted tube (approx., mm) | 560 |
| Tube diameter | 104 mm |

































