Bi-telecentric multi-mirror system

Optical specifications Mechanical specifications Electrical specifications
Part
number
Detector size Image size
Ø
Max
object diam.
Max
object height
Wavelength
range
CTF @ 70 lp/mm  wF/#   Width   Length   Height   Weight   Mount  Phase
adj.
Ring
illumination voltage
Ring
illumination power
Coaxial
illumination voltage
Coaxial
illumination power
(mm x mm) (mm) (mm) (nm) (%) (mm) (mm) (mm) (g) (V, DC) (watt) (V, DC) (watt)
1 2
TCCAGE12048Bi-telecentric multi-mirror system for 1/2″1/2''6.4 x 4.88 32 450 .. 650 > 608 111 192.8 248 2700C Yes24 3 24 9Buy now
TCCAGE23048Bi-telecentric multi-mirror system for 2/3″2/3''8.5 x 7.18 32 450 .. 650 > 558 111 192.8 2482700C Yes24 3 24 9Buy now
TCCAGE2MHR048-CHigh resolution bi-telecentric multi-mirror system for 1" detectors, C-mount1"14.2 x 7.5732450 .. 650> 3016111192.82802750CYes243249Buy now
TCCAGE3MHR048-CHigh resolution bi-telecentric multi-mirror system for 1.1" detectors, C-mount1.1"14.2 x 10.4532450 .. 650> 4016111192.82712720CYes243249Buy now
TCCAGE12096Bi-telecentric multi-mirror system for 1/2″ detectors1/2''6.4 x 4.816 68 450 .. 650 > 608 1793474059111C Yes24 3 24 15Buy now
TCCAGE23096Bi-telecentric multi-mirror system for 2/3″ detectors2/3''8.5 x 7.11668450 .. 650> 5081793474249154CYes2432415Buy now
TCCAGE2MHR096-CHigh resolution bi-telecentric multi-mirror system for 1" detectors, C-mount1"14.2 x 7.51668450 .. 650> 40161793474579223CYes2432415Buy now
TCCAGE3MHR096-CHigh resolution bi-telecentric multi-mirror system for 1.1" detectors, C-mount1.1"14.2 x 10.41668450 .. 650> 40161793474419165CYes2432415Buy now
TCCAGE4MHR096-CHigh resolution bi-telecentric multi-mirror system for 4.3" detectors, C-mount4/3"18.1 x 13.61668450 .. 650> 35161793474809292CYes2432415Buy now

Notes

  1. Working distance: distance between the front end of the mechanics and the object. Set this distance within +/- 3% of the nominal value for maximum resolution and minimum distortion.
  2. F/# = F-number, wF/# = working F-number, the real F-number of a lens when used as a macro.
  3. Strobe only, constant current driving, Max Ton = 1 ms, max duty cycle 1%.

High-power Bi-telecentric multi-mirror system

Optical specifications Mechanical specifications Electrical specifications
Part Detector Image size Max Max Wavelength CTF  wF/#   Width   Length   Height   Weight   Mount  Phase Ringlight Coaxial
number size Ø object diam. object height range @ 70 lp/mm adj. LED voltage LED current LED power LED voltage LED current LED power
(mm x mm) (mm) (mm) (nm) (%) (mm) (mm) (mm) (g) (V) (mA) (W) (V) (mA) (W)
1 2 3
TCCAGE12048HPHigh power bi-telecentric system for 1/2"1/2"6.4 x 4.8832450 .. 650> 608111192.82482700CYes< 25 (typ.)4000100< 30 (typ.)6000180Buy now
TCCAGE23048HPHigh power bi-telecentric system for 2/3"2/3"8.5 x 7.1832450 .. 650> 558111192.82482750CYes< 25 (typ.)4000100< 30 (typ.)6000180Buy now
TCCAGE2MHR048HP-CHigh power bi-telecentric system for 1" detectors, C-mount1"14.2 x 7.5732450 .. 650> 3016111192.82802750CYes< 25 (typ.)4000100< 30 (typ.)6000180Buy now
TCCAGE3MHR048HP-CHigh power bi-telecentric system for 1.1" detectors, C-mount1.1"14.2 x 10.4532450 .. 650> 4016111192.82712720CYes< 25 (typ.)4000100< 30 (typ.)6000180Buy now
TCCAGE12096HPHigh power bi-telecentric system for 1/2" detectors1/2"6.4 x 4.81668450 .. 650> 6081793474059111CYes< 30 (typ.)4000120< 30 (typ.)10000300Buy now
TCCAGE23096HPHigh power bi-telecentric system for 2/3" detectors2/3"8.5 x 7.11668450 .. 650> 5081793474249154CYes< 30 (typ.)4000120< 30 (typ.)10000300Buy now
TCCAGE2MHR096HP-CHigh power bi-telecentric system for 1" detectors, C-mount1"14.2 x 7.51668450 .. 650> 40161793474579223CYes< 30 (typ.)4000120< 30 (typ.)10000300Buy now
TCCAGE3MHR096HP-CHigh power bi-telecentric system for 1.1" detectors, C-mount1.1"14.2 x 10.41668450 .. 650> 40161793474419165CYes< 30 (typ.)4000120< 30 (typ.)10000300Buy now
TCCAGE4MHR096HP-CHigh power bi-telecentric system for 4.3" detectors, C-mount4/3"18.1 x 13.61668450 .. 650> 35161793474809292CYes< 30 (typ.)4000120< 30 (typ.)10000300Buy now

Last update: 2020-06-11