ThaiExcite

ThaiExcite
88/41 Kanlapapruek Road, Bangkae, Bangkae, 10160, Bangkok, ประเทศไทย
ติดต่อสอบถาม: 081-239-3299
อีเมล์: info@thaiexcite.com

URL: http://www.thaiexcite.com/iOptron-CEM40-iPolar-w-1.5-Tripod-with-Hard-Case.html

เมาท์ระบบคอมพิวเตอร์ iOptron CEM40 + iPolar #7400A-HC พร้อมขาตั้ง 1.5" และ Hard Case

รายละเอียด

คะแนนสินค้า
 
(0 รีวิว)  

ผู้ผลิต
iOptron
จำนวนในสต๊อก
เหลือ 1 ชิ้น
น้ำหนัก
27,000.00 g
ราคาทั่วไป
฿97,990.00
ราคาของเรา
฿89,990.00 (บันทึก 8%)

รายละเอียด

เมาท์ระบบคอมพิวเตอร์ iOptron CEM40 + iPolar #7400A-HC พร้อมขาตั้ง 1.5" และ Hard Case

iOptron CEM40 C401A1-2

โปรดทราบ: เมาท์ CEM40 / CEM40G ได้เปิดตัวในปี 2019 และผ่านการแก้ไขแบบ minor change มาโดยตลอด รายละเอียดของสินค้าในแต่ละช่วงเวลาจึงอาจมีความแตกต่างกันเล็กน้อย เช่น รุ่นปี 2021 ได้เปลี่ยนแกนเหล็กลูกตุ้มให้มีความหนามากขึ้นแต่ความยาวสั้นลงเมื่อเทียบกับรุ่นดั้งเดิม ส่วนรางยึด (saddle) มีความกว้างมากขึ้นจาก 5" เป็น 6"  ช่องเสียบไฟและช่องต่ออุปกรณ์มีการย้ายตำแหน่งเพื่อการจัดการสาย (cable management) ที่ดีขึ้น รายละเอียดของภาพสินค้าในหน้าสินค้านี้มาจากแต่ละช่วงเวลา จึงอาจมีความแตกต่างจากรุ่นปัจจุบันเล็กน้อย ถ้าต้องการรายละเอียดล่าสุด ขอแนะนำให้ดูรายละเอียดจากคู่มือฉบับปัจจุบัน

 

BBC Sky at Night magazine rating

BBC Sky at night 4.5 rating 4.5 out of 5 stars!

BBC Sky at night

"..A compact platform with impressive load bearing and accuracy.."  - BBC Sky at Night magazine

 

Sample pictures from a ThaiExcite.com customer, Noppodol Prasertstit:

Noppodol CEM40 WO-ZS73II ASI1600MM Horse Head
Credit: นพดล ประเสริฐสถิตย์ iOptron CEM40, William Optics ZS73II, ZWO ASI1600MM

 

Noppodol CEM40 WO-ZS73II ASI1600MM
Credit: นพดล ประเสริฐสถิตย์ iOptron CEM40, William Optics ZS73II, ZWO ASI1600MM

 

Noppodol CEM40 WO-ZS73II ASI1600MM 3 
Credit: นพดล ประเสริฐสถิตย์ iOptron CEM40, William Optics ZS73II, ZWO ASI1600MM

 

NEAF CEM40 Intro..

 

CEM40 Slew Demo

 

CEM40 UnBoxing and Assembly

Note1: There is a similar model from iOptron called the iOptron GEM45, which supports a latitude range between 14º ~ 68º. We do not offer GEM45 because it does not support the latitude range of central and southern Thailand. 

 

Note2: For larger OTAs such as 8"/9.25" SCTs, the larger 1.75" LiteRoc tripod option is recommended. The 2" tripod has been discontinued and replaced by the 1.75" LiteRoc by iOptron. The following is iOptron's comment on the new 1.75" LiteRoc tripod:

"The 1.75” (LiteRoc) is an upgrade version from the 2” and 1.5”, which completely eliminated any flexibility. The lower leg is 1.5”, same as the 2” tripod. We intentionally made the top portion of the tripod 1.75” for better portability while not sacrifice the regality (the lower portion 1.5”, which rules). By the way, the cost of 1.75” tripod is higher than the 2” although we have not listed the 1.75” separately."

 

ioptron CEM40 mount on attic 
Credit: https://bbs.imufu.cn/thread-779999-1-1.html

The iOptron® CEM40 mount is the next generation of center-balanced equatorial mounts. This mount is incredibly eye-pleasing, and its beauty is found in more than its appearance. The functionality of the mount is superb. Weighing in at only 15.8lbs., this mount can support a payload of up to 40lbs.! That's incredible!

 

iOptron CEM40G mount assembly

 

All New iPolar - get accurate alignment even without seeing the pole star!
The CEM40 mount has an integrated electronic polar finder scope known as the iPolar. This tool ensures the accurate alignment of a telescope, even when the pole star is obscured. There are large levers on the quick-lock drive engagement system; these large levers make it easy to snap the gears into place.

 

Shows polar alignment without seeing Polaris:

iPolar features:

 

Innovative iOptron Technology
This iOptron CEM40G mount has a dual saddle that accommodates Losmandy and Vixen-style dovetail plates. The CEM40 also uses iOptron's ultra-quiet, low-power consumption stepper motor drive system, aiding the mount in providing precise tracking.

 

 iOptron CEM40 dual saddle

Easily switch between Vixen and Losmandy saddle configurations

 

The CEM40 also uses iOptron's ultra-quiet, low-power consumption stepper motor drive system, aiding the mount in providing precise tracking.


GOTONOVA® computerized control system
The iOptron CEM40 mount uses the Go2Nova® 8407 hand controller to navigate the night sky. This incredible technology helps observers find celestial objects with the aid of the mount's 212,000+ object database! For those looking for a telescope that has the capability of tracking and finding beautiful night sky objects, this mount is a must have tool.

 

iOptron 8407 Plus controller on CEM40
Credit: https://bbs.imufu.cn/thread-779999-1-1.html

 

The revolutionary GOTONOVA® computerized control system is by far the most technologically advanced automated goto and tracking system available on the market today. With its large celestial object database, including all of the well-known galaxies, nebulae, star clusters-- not to mention the planets, sun and moon-- you’ll be able to enjoy star gazing with the simple push of a button. Both axis motors are built into a small single unit with optical encoders that provide accurate GOTO and tracking. The control system also allows you to slew the telescope at different drive speeds, keeping the object within the telescope's viewfinder for as long as you wish. 

 

iOptron 8407 Plus controller connection



The most easy to understand controller on the market 
The GoToNova hand controller is much easier to use than other similar products. The hand controller is more intuitive with menu categories better organized. It also has a larger LCD screen with more lines of content compared with the competition. Using the easy-to-use hand controller and its large LCD screen, you can easily set up your telescope and select where you want to go.

 

iOptron 8407 Plus controller screen info

The 8407 controller has 8-line/21-character LCD screen; backlit 19-button user interface
 

32-Channel GPS
All CEM40 telescope mounts come standard with a 32-channel GPS module for fully automated operation and alignment. Plug in the GPS module, then simply turn on the Go2Nova® Controller and the GPS module will automatically synchronize your telescope location and time with the Go2Nova® computerized control system. View celestial objects without having to manually punch in the date, time, latitude or longitude.

 

WiFi Support on Android/iOS/PC/MacOS (with optional iOptron iStarFi WiFi Adapter #7434)

iOptron Cube Pro 8200 mount WiFi list

iOptron AZ Mount Pro 8900 Sky Safari

 

Cable Management System

iOptron CEM40 iPort HBX ports on main board

The CEM40 mount has a pre-wired Cable Management Panel (CMP) that extends connections to the ports on its dovetail saddle. Ports on dovetail saddle has the following connections:

iOptron CEM40 ports on saddle

 

FEATURES SUMMARY

Mount

  • German equatorial configuration provides smooth and accurate celestial tracking for observation or astrophotography
  • Center-balanced "Z" design places the weight over the mount's center of gravity to provide greater stability, smoother movement, and quieter running while requiring less counterweights
  • 40-pound payload capacity, excluding included counterweight
  • 0-60° latitude; ±6° azimuth adjustment range
  • Integrated iPolar electronic polar finder works globally; no Polaris (north) or Sigma Octantis (south) necessary; no need to rotate the mount during alignment
  • Built-in 32-channel GPS receiver for accurate day, date, time, and location information
  • 6" Saddle accommodates Losmandy and Vixen-style dovetail plates
  • Retractable counterweight bar prevents hitting the tripod or otherwise interfering with the mount's movement; 5-kg counterweight included

 

Motors and Gears

  • Less than ±7 arcsec tracking error
  • 1.8° stepper motor with 128x microdivision
  • 110mm, 216-tooth right ascension (RA) and declination (dec) worm wheels with zero backlash
  • 68mm RA and declination ball bearings provide smooth movement with minimal vibration
  • 45mm steel RA and dec axis shafts
  • Synchronous belt transmission improves tracking accuracy, with reduced vibration, especially with heavy loads
  • RA and declination gear switches release the gears for balancing OTA
  • Precise 0.08 arcsec (200 pulse/sec) motor resolution
  • Low-power consumption: 0.6A (tracking), 0.9A (using GoTo)
  • Runs on included 12 VDC 5A power adapter; plugs into a standard 110-240 VAC  outlet

 

Go2Nova 8407+ Hand Controller

  • 212,000+ object database includes the moon, sun, planets, stars, comets, asteroids, and constellations
  • Multiple assisted alignment procedures use the built-in GPS module and iPolar electronic polar finder
  • Slew speeds: 1x, 2x, 8x, 16x, 64x, 128x, 256x, 512x, MAX (4.5°/sec)
  • Permanent periodic error correction eliminates tracking errors for long-exposure astrophotography
  • Tracking rates: Sidereal, Lunar, Solar, King's, user-defined from 0.99x to 1.01x of Sidereal
  • Star Identification function will tell user what star the mount is pointed at after proper alignment
  • Computer control with planetarium software via integrated autoguiding port
  • Control for optional electronic focuser
  • Control optional illuminated polar scope light intensity
  • Fully compatible with mount's integrated GPS module to automatically determine day, date, time, and location
  • Serial port for firmware upgrade
  • Adjustable key and display brightness
  • Integrated heater that ensures the LCD display will work at temperatures as low as -4°F (-20°C)
  • 8-line/21-character LCD screen; backlit 19-button user interface

 

Database details:

  • Solar system: 9 objects, including the sun, moon, planets (& Pluto)
  • Named objects: 92 deep-sky objects with their common names
  • Messier catalog: 110 objects
  • NGC catalog: 7840 objects
  • IC catalog: 5386 objects
  • PGC catalog: 73,197 objects.
  • Caldwell catalog: 109 objects
  • Abell catalog: 4076 objects
  • Herschel catalog: 400 objects
  • Named stars: 259 stars with their common names
  • Double/multi stars: 208 stars
  • Hipparcos catalog: 120,404 stars
  • 88 modern constellations with their names
  • 15 comets
  • 116 asteroids
  • 60 user-defined objects, including comets

 

Tripod (depends on selected option)

  • 1.5" stainless steel, two leg sections
    • Adjustable height of 25-42"
    • 48" maximum leg spread
    • Accessory tray with a locking leg spreader
    • Spiked feet for greater stability on uneven ground
    • Weight: 10 lb (5 kg)
  • LiteRoc 1.75" adjustable-height stainless steel tripod with accessory tray
    • The LiteRoc tripod features a 1.75-inch upper leg section with a 1.5-inch diameter lower section (same as a 2-inch tripod), resulting in a lighter tripod with stability similar to a 2-inch.  It also has improved leg cuffs and sockets for more rigidity and redesigned leg lock levers.
  • Tri-Pier 

 

Hard Case (depends on selected option)

  • Safely carry, transport, and store mount head, hand controller, and counterweight shaft
  • Aluminum case with reinforced corners
  • Dual latches
  • Molded hinged handle
  • Foam-lined lid and custom-cut foam insert prevent items from shifting

 

PACKAGE CONTENTS

 OPTIONAL PARTS

 

 ioptron CEM40 hard case 2

 

SPECIFICATIONS

Mount Center-Balanced Equatorial Mount
Max payload* 40 lb (18 kg), exclude counterweight
Mount weight 15.8 lb (7.2 kg)
Payload/Mount weight 2.5
Structure Material All metal, CNC machined
Exterior Finish Anodized red/black
Latitude adjustment range 0º ~ 60º(special CW shaft mounting if <10° )
Azimuth adjustment range ± 6º
Tracking accuracy (PE)** <±7 arcsec
PEC PPEC
Period 400 sec
Worm diameter Φ17mm, Brass
Right Ascension worm wheel Φ110mm, 216 teeth, zero backlash
Declination worm wheel Φ110mm, 216 teeth, zero backlash
Right Ascension axis shaft Φ45mm steel
Declination axis shaft Φ45mm steel
Right Ascension bearings Φ68mm
Declination bearings Φ68mm
Counterweight shaft Φ28X280 mm, Stainless Steel (1.2 kg)
Counterweight 11lbs (5kg)X1
Motor Precision stepper motor, 1.8º/128X micro-step
Motor resolution 0.08 arcsec (200 PPS)
Transmission Synchronous belt
Hand Controller Go2Nova® 8407+, 8 line 21 character LCD
Star Database 212,000+, star identification
Power DC 12V, 5A
AC adapter 100V ~ 240V (included)
Power consumption 0.6A(Tracking), 0.9A(GOTO)
Power-down memory Yes
Polar scope Internal iPolar TM electronic polar scope
Meridian treatment Stop (0-10° pass), flip
Zero position Automatic zero search
Dovetail saddle 6" Losmandy D & Vixen
Max slew speed 4.5°/sec (1080x)
Guiding port ST-4
Communication port USB
GPS Yes
WiFi External (optional)
Cable Management DC12V (3A), ST4,USB
Tripod 1.5" Stainless Steel(5kg), optional 1.75" or tri-pier
Hard case Optional
Operation temperature -10ºC ~ 40ºC
Warranty Two year limited

 

Support Documents

Manual:
Quick Start Guide
Instruction Manual
iPolar Operation Manual

Firmware and Software:
CEM40 Firmware
iPolar Software
FTDI VCP Driver, or go to FTDI Chip website to download the VCP driver


iOptron Telescope ASCOM Driver:
Install ASCOM Driver and Commander

 

REVIEW

BBC Sky at Night magazine
by Tim Jardine
July 2019

BBC Sky at night

 

Our rating

BBC Sky at night 4.5 rating 4.5

20190614SkyatNight_38111-e02ddab-e1562942058332-2

 

The iOptron CEM40 (centre-balanced equatorial mount) is an unusual design. If you’re used to looking at ‘traditional’ German equatorial mounts (GEMs) the CEM can initially be quite perplexing.

In the CEM design, the declination axis is offset to the lower end of the RA (right ascension) shaft, on the opposite end to the counterweight.

This shifts the load’s centre of gravity onto the RA axis so that it sits centrally on the shaft rather than at one end, as would be the case with a traditional GEM, offering a number of advantages (see ‘Style with substance’ section below).

At a little over £1,400 the CEM40 is an interesting prospect. With features normally found on high-end mounts, it also maintains a strong foothold in the portable grab-and-go arena.

It has an impressive 18kg load capacity (for comparison a Celestron C11 optical tube weighs 12.5kg), free-running lockable clutches, permanent periodic error correction, GPS and a semi-automatic electronic polar-alignment system.

It doesn’t skimp on quality: the mount body is solidly constructed from CNC machined aluminium. We were also impressed with the quality of the online electronic documentation provided for this mount.

It took us through the initial setup procedures in a well-organised, logical step-by-step fashion.

 

20190614SkyatNight_38108-df3228e-e1562941947126
www.thesecretstudio.net
 

Testing alignments

The iPolar electronic polar alignment system recognises stars around your local celestial pole but doesn’t need to be able to see the pole itself; a useful option if visibility is limited.

On our first outing, our rough polar alignment was too rough and the star recognition system failed due to the pole being outside the image frame.

After realising what we’d done, we moved the mount into a better position. Although we assumed we would have to initiate another match attempt ourselves, the recognition software had kept watching and reported a match.

The software places a cross and circle on your laptop’s screen, typically misaligned. Adjusting the mount’s altitude-azimuth position is required to get both shapes to line up.

A couple of hex bolts need loosening to do this and a magnetically clipped hex key is kept on the mount.

The software zooms in on the cross and circle when alignment gets close. A 32-channel GPS dongle is provided, supplying location, date and time information automatically.

Once polar alignment has been achieved, it’s a simple process to run a one-, two- or three-star alignment to refine the mount’s pointing model.

We selected numerous targets. With a camera attached to a 1,000mm focal length scope, we instructed the mount to slew to each target and took an image. The object was fairly well centred each time.

 

Taking control

The CEM40 can be controlled via an optional Wi-Fi dongle, a USB connection to a computer running the Ascom platform, or via the Go2Nova 8407+ hand controller.

20190614SkyatNight_38120-42083a6-e1562942006186
www.thesecretstudio.net

 

The GoToNova Go-To system has a database of 212,000 objects, all accessible via this controller. Native mount periodic error is quoted at +/-7 arcseconds.

We were able to set up the CEM40 in a couple of minutes with the ability for precise Go-To and excellent unguided tracking, achieving exposures at 1,000mm focal length of 2, 3 and 4 minutes without noticeable star elongation.

For extended exposure, the CEM40 provides an ST4-compatible guide port for autoguiding functionality. This is where the 18kg-load capacity is important, allowing for a substantial guidescope to be fitted to the main imaging scope.

Overall, we were impressed with the CEM40. It’s well designed and offers substantial functionality. It’s stable even with heavy loads, relatively quiet in operation and is ideal if you need to move location to get under dark skies.

Its excellent Go-To and tracking precision also make it an exciting prospect for astrophotography. Overall, it’s a great investment for both beginners and experienced astronomers alike.

 

Style with substance

The CEM40’s shape is distinctive and unusual. A conventional German equatorial mount places the declination axis at one end of the RA shaft, carrying both the mass of the counterweights and scope.

 

20190614SkyatNight_38111-e02ddab-e1562942058332-2
www.thesecretstudio.net

 

In the CEM design, the declination axis is staggered so the counterweights remain at one end of the RA axis with the scope sitting at the other.

This design balances the RA axis, placing its centre of gravity directly over the tripod or pier. The lack of bias to one side of the RA shaft helps improve stability.

It also makes fine adjustment of the mount’s altitude, used when fine-tuning the polar alignment, easy.

The CEM40 is designed to operate from the equator to 60° of latitude. It achieves this by providing two latitude ranges of 0-35° and 25-60°.

A straightforward mechanical procedure is required to select your desired range before initial operation.

The CEM40 operates via high-resolution stepper motors capable of 0.08 arcsecond movement steps combined with 110mm, 216 teeth RA and dec. gears.

Slew rates can be set from sidereal to 4.5° per second.

 

Cable management

A cable management plate on the dovetail clamp offers a USB 2.0 (but no USB 3.0) type-A connector, 12V DC (3A maximum current) and an ST4-compatible autoguider port.

 

20190614SkyatNight_38115-23d3bcf-e1562942111449
www.thesecretstudio.net

 

It’s used to maintain tidy connections to mounted equipment and can be moved to the other end of the clamp assembly if required.

 

Go2Nova handset

The mount is natively controlled by a Go2Nova 8407+ hand controller. This presents a number pad, four direction arrows, menu, back and enter buttons.

Its LCD screen is heated to permit operation in temperatures as low as –20˚C and has a generous 8×21 character display which we found was well utilised.

 

iPolar electronic polarscope

Accurate polar alignment is performed via an in-built iPolar electronic polarscope. A dedicated USB port is provided for connection to your computer or laptop running the iPolar software.

Once connected to the scope, the software is able to detect and identify the stars around your local celestial pole, indicating how to adjust the mount for accurate polar alignment.

 

20190614SkyatNight_38113-58fb2cd-e1562942165874
www.thesecretstudio.net
 

Self-centering dovetail clamp

The CEM40’s supplied 5-inch iOptron Universal Saddle can accommodate Vixen or Losmandy-D sized dovetails. A small mechanical procedure is required to set the clamp for the appropriate dovetail type.

The position of a fixed block – which the clamp locks the dovetail against – can be adjusted to ensure perfect dovetail rail-centering.

 

Free-running bearings

 

The CEM40 has free-running bearings. When an axis clutch is disengaged, it’s able to rotate freely without significant resistance.

 

20190614SkyatNight_38115-cfb9a12-e1562942536536
www.thesecretstudio.net

 

As long as you keep hold of your scope when first disengaging the clutches, this allows you to fine tune your equipment’s balance to perfection.

Once achieved, clutch switches re-engage each axis to its drive system.

 

Original review can be viewed at https://www.skyatnightmagazine.com/reviews/mounts/ioptron-cem40-centre-balanced-equatorial-mount/