At a glance
  1. Compatible Models: 116 Optoma, Barco, Sonnoc and Other Projectors
  2. Lens Specifications at a Glance
  3. Frequently Asked Questions
  4. Q: What if the lens doesn't match the image size?
  5. Q: My projector isn't in the 116-model list above. Can I still use the WH161?
  6. Q: Can this lens replace the original one?
  7. Q: Why choose Zorsika instead of the original?
  8. Why Choose Zorsika
  9. What to Keep in Mind When Replacing the Lens?
  10. Related Search Links
  11. Purchase Inquiries

Zorsika WH161 projector lens, matched to original optical parameters, compatible with 116 Optoma, Barco and other brand projectors including INU7324, ITU3630, ITU3689, IPU4791.

Projector Image Not Aligned with Screen? WH161 Lens Compatible with 116 Models Explained

Projector Image Not Aligned with Screen? WH161 Lens Compatible with 116 Models Explained

When replacing the lens on an engineering projector, the biggest worry is buying one that doesn't fit. This article covers which Optoma, Barco, Sonnoc and other projector models the WH161 supports, and what to pay attention to when selecting.

Zorsika WH161 Projector Lens

Compatible Models: 116 Optoma, Barco, Sonnoc and Other Projectors

The following are verified compatible models for the WH161 (Optoma, Barco, Sonnoc and other projectors), with key specifications:

  • INU7324 (8000 lumens; WUXGA 1920×1200; 1.25X zoom)
  • ITU3630 (7500 lumens; WUXGA 1920×1200; 1.25X zoom)
  • ITU3689 (8000 lumens; WUXGA 1920×1200; 1.25X zoom)
  • IPU4791 (8000 lumens; WUXGA 1920×1200; 1.25X zoom)
  • ZU750 (7500 lumens; WUXGA 1920×1200; 1.25X zoom)
  • IEU9179 (7500 lumens; WUXGA 1920×1200; 1.25X zoom)
  • INU7383 (7500 lumens; WUXGA 1920×1200; 1.25X zoom)
  • CUL8K (8000 lumens; WUXGA 1920×1200; 1.25X zoom)
  • CUL12K (12000 lumens; WUXGA 1920×1200; 1.25X zoom)
  • CUL10K (10000 lumens; WUXGA 1920×1200; 1.25X zoom)
  • CUL15K (15000 lumens; WUXGA 1920×1200; 1.25X zoom)
  • ZU850 (8500 lumens; WUXGA 1920×1200; 1.25X zoom)
  • ZU860 (8500 lumens; WUXGA 1920×1200; zoom BX-CAA01 0.95~1.22 TR BX-CAA03 1.52~2.92 TR BX-CTA13 2.9~5.5 TR BX-CTA15 0.75~0.95 TR BX-CTA17 0.65 – 0.75 TR)
  • ZU1050 (10000 lumens; WUXGA 1920×1200; zoom BX-CAA01 0.95~1.22 TR BX-CAA03 1.52~2.92 TR BX-CTA13 2.9~5.5 TR BX-CTA15 0.75~0.95 TR BX-CTA17 0.65 – 0.75 TR)
  • ZU1100 (11000 lumens; WUXGA 1920×1200; zoom BX-CAA01 0.95~1.22 TR BX-CAA03 1.52~2.92 TR BX-CTA13 2.9~5.5 TR BX-CTA15 0.75~0.95 TR BX-CTA17 0.65 – 0.75 TR)
  • ZU1300 (13000 lumens; WUXGA 1920×1200; zoom BX-CAA01 0.95~1.22 TR BX-CAA03 1.52~2.92 TR BX-CTA13 2.9~5.5 TR BX-CTA15 0.75~0.95 TR BX-CTA17 0.65 – 0.75 TR)
  • AZU1110 (11000 lumens; WUXGA 1920×1200; zoom BX-CAA01 0.95~1.22 TR BX-CAA03 1.52~2.92 TR BX-CTA13 2.9~5.5 TR BX-CTA15 0.75~0.95 TR BX-CTA17 0.65 – 0.75 TR)
  • AZU1310 (13000 lumens; WUXGA 1920×1200; zoom BX-CAA01 0.95~1.22 TR BX-CAA03 1.52~2.92 TR BX-CTA13 2.9~5.5 TR BX-CTA15 0.75~0.95 TR BX-CTA17 0.65 – 0.75 TR)
  • G60‑W7 (7000 lumens; WUXGA 1920×1200; 1.25X zoom)
  • G62‑W9 (9000 lumens; WUXGA 1920×1200; 1.25X zoom)
  • G62‑W11 (11000 lumens; WUXGA 1920×1200; 1.25X zoom)
  • G62‑W14 (14000 lumens; WUXGA 1920×1200; 1.25X zoom)
  • SNP-LU13KC (13000 lumens; WUXGA 1920×1200; 1.25X zoom)
  • SNP-LU16KC (15500 lumens; WUXGA 1920×1200; 1.25X zoom)
  • C-WU1200L (12000 lumens; WUXGA 1920×1200; 1.25X zoom)
  • C-WU1500L (15000 lumens; WUXGA 1920×1200; 1.25X zoom)
  • DWU880-GS (9500 lumens; WUXGA 1920×1200; 1.25X zoom)
  • DWU1100-GS (11000 lumens; WUXGA 1920×1200; 1.25X zoom)
  • DWU1400-GS (14000 lumens; WUXGA 1920×1200; 1.25X zoom)
  • PJ LU7080 (8000 lumens; WUXGA 1920×1200; 1.25X zoom)
  • PJ LU7000 (7500 lumens; WUXGA 1920×1200; 1.25X zoom)
  • PJ RU9600 (9500 lumens; WUXGA 1920×1200; 1.25X zoom)
  • PJ RU11000 (11000 lumens; WUXGA 1920×1200; 1.25X zoom)
  • WUL71110 (11000 lumens; WUXGA 1920×1200; zoom A3A 1.22-1.52 A1 0.75-0.95 A2 0.95-1.22 A4 1.52-2.92 A5 2.90-5.50)
  • WUL71114 (14000 lumens; WUXGA 1920×1200; zoom A3A 1.22-1.52 A1 0.75-0.95 A2 0.95-1.22 A4 1.52-2.92 A5 2.90-5.50)
  • W10 (10000 lumens; WUXGA 1920×1200; 1.25X zoom)
  • HT-D133UA (13000 lumens; WUXGA 1920×1200)
  • HT-D163UA (16000 lumens; WUXGA 1920×1200)
  • D130K (13000 lumens; WUXGA 1920×1200)
  • DJ-110H01 (11000 lumens; WUXGA 1920×1200)
  • DU16K (16000 lumens; WUXGA 1920×1200; zoom BX-CAA01 0.95~1.22 TR BX-CAA03 1.52~2.92 TR BX-CTA13 2.9~5.5 TR BX-CTA15 0.75~0.95 TR BX-CTA17 0.65 – 0.75 TR)
  • MNU990 (9000 lumens; WUXGA 1920×1200; 1.25X zoom)
  • MSU611 (8000 lumens; WUXGA 1920×1200; 1.25X zoom)
  • MWU636 (8000 lumens; WUXGA 1920×1200; 1.25X zoom)
  • MEU890 (8000 lumens; WUXGA 1920×1200; 1.25X zoom)
  • MNU653 (7000 lumens; WUXGA 1920×1200; 1.25X zoom)
  • MPU732 (6500 lumens; WUXGA 1920×1200; 1.25X zoom)
  • CUL800 (8000 lumens; WUXGA 1920×1200; zoom A06 (1.22 ~ 1.52), A15 (0.75 ~ 0.95), A01(0.95 ~ 1.22), A17(0.65 ~ 0.75))
  • CUL700 (7000 lumens; WUXGA 1920×1200; zoom A06 (1.22 ~ 1.52), A15 (0.75 ~ 0.95), A01(0.95 ~ 1.22), A17(0.65 ~ 0.75))
  • CUL80T (8000 lumens; WUXGA 1920×1200; 1.25X zoom)
  • CUL600 (6000 lumens; WUXGA 1920×1200; zoom A06 (1.22 ~ 1.52), A15 (0.75 ~ 0.95), A01(0.95 ~ 1.22), A17(0.65 ~ 0.75))
  • CUL60T (6000 lumens; WUXGA 1920×1200; 1.25X zoom)
  • CUL70T (7000 lumens; WUXGA 1920×1200; 1.25X zoom)
  • CUL900 (9000 lumens; WUXGA 1920×1200; zoom A06 (1.22 ~ 1.52), A15 (0.75 ~ 0.95), A01(0.95 ~ 1.22), A17(0.65 ~ 0.75))
  • CUL1020 (10000 lumens; WUXGA 1920×1200; zoom A06 (1.22 ~ 1.52), A15 (0.75 ~ 0.95), A01(0.95 ~ 1.22), A17(0.65 ~ 0.75))
  • G50‑W7 (7000 lumens; WUXGA 1920×1200; 1.25X zoom)
  • G50‑W8 (8000 lumens; WUXGA 1920×1200; 1.25X zoom)
  • G50‑W6 (6000 lumens; WUXGA 1920×1200; 1.25X zoom)
  • SNP-LC85DU (8500 lumens; WUXGA 1920×1200; 1.25X zoom)
  • SNP-LC74DU (7400 lumens; WUXGA 1920×1200; 1.25X zoom)
  • SNP-LC64DU (6400 lumens; WUXGA 1920×1200; 1.25X zoom)
  • SNP-U60L (6700 lumens; WUXGA 1920×1200; 1.25X zoom)
  • SNP-U70L (7700 lumens; WUXGA 1920×1200; 1.25X zoom)
  • SNP-U80L (8700 lumens; WUXGA 1920×1200; 1.25X zoom)
  • SNP-U100L (10500 lumens; WUXGA 1920×1200; 1.25X zoom)
  • SNP-ELU640 (6500 lumens; WUXGA 1920×1200; 1.26X zoom)
  • SNP-ELU740 (7500 lumens; WUXGA 1920×1200; 1.26X zoom)
  • SNP-ELU840 (8500 lumens; WUXGA 1920×1200; 1.26X zoom)
  • SNP-ELU100 (10500 lumens; WUXGA 1920×1200; 1.26X zoom)
  • C-WU700L (7000 lumens; WUXGA 1920×1200; 1.25X zoom)
  • C-WU730L (7300 lumens; WUXGA 1920×1200; 1.25X zoom)
  • GU8250 (8200 lumens; WUXGA 1920×1200; 1.25X zoom)
  • SH-DU10K (8600 lumens; WUXGA 1920×1200; 1.25X zoom)
  • SH-DN9100 (9100 lumens; WUXGA 1920×1200; 1.25X zoom)
  • DU8060 (8000 lumens; WUXGA 1920×1200; 1.25X zoom)
  • MS770 (7000 lumens; WUXGA 1920×1200; 1.25X zoom)
  • BU7700 (7700 lumens; WUXGA 1920×1200; 1.25X zoom)
  • PU820 (8200 lumens; WUXGA 1920×1200; 1.25X zoom)
  • GU7300 (7300 lumens; WUXGA 1920×1200; 1.25X zoom)
  • DU8650 (8650 lumens; WUXGA 1920×1200; 1.25X zoom)
  • DU7600 (7650 lumens; WUXGA 1920×1200; 1.25X zoom)
  • DU7060 (7050 lumens; WUXGA 1920×1200; 1.25X zoom)
  • DU7070 (7050 lumens; WUXGA 1920×1200; 1.25X zoom)
  • CU8650 (8650 lumens; WUXGA 1920×1200; 1.25X zoom)
  • EU910S (9150 lumens; WUXGA 1920×1200; 1.25X zoom)
  • JU865 (8650 lumens; WUXGA 1920×1200; 1.25X zoom)
  • SH-DU8060 (9250 lumens; WUXGA 1920×1200; 1.25X zoom)
  • SH-DU8650 (8300 lumens; WUXGA 1920×1200; 1.25X zoom)
  • PJ RU6600L (6500 lumens; WUXGA 1920×1200; 1.25X zoom)
  • PJ RU6608L (8000 lumens; WUXGA 1920×1200; 1.25X zoom)
  • PJ RU6605L (8000 lumens; WUXGA 1920×1200; 1.25X zoom)
  • WUL6670 (8000 lumens; WUXGA 1920×1200; 1.25X zoom)
  • HL-DU700C (7000 lumens; WUXGA 1920×1200; 1.25X zoom)
  • HL-DU800C (8000 lumens; WUXGA 1920×1200; 1.25X zoom)
  • HL-DU900C (9000 lumens; WUXGA 1920×1200; 1.25X zoom)
  • HL-DU1050C (10500 lumens; WUXGA 1920×1200; 1.25X zoom)
  • HL-DU750C (7500 lumens; WUXGA 1920×1200; 1.25X zoom)
  • HL-DU650C (6500 lumens; WUXGA 1920×1200; 1.25X zoom)
  • HL-DU850C (8500 lumens; WUXGA 1920×1200; 1.25X zoom)
  • HL-DU950C (9500 lumens; WUXGA 1920×1200; 1.25X zoom)
  • DU8860 (8300 lumens; WUXGA 1920×1200; 1.25X zoom)
  • AS8893 (8500 lumens; WUXGA 1920×1200; 1.25X zoom)
  • EL8285 (8300 lumens; WUXGA 1920×1200; 1.25X zoom)
  • AQ8819 (8300 lumens; WUXGA 1920×1200; 1.25X zoom)
  • DV8828 (7500 lumens; WUXGA 1920×1200; 1.25X zoom)
  • DQ8867 (7500 lumens; WUXGA 1920×1200; 1.25X zoom)
  • AM8872 (7500 lumens; WUXGA 1920×1200; 1.25X zoom)
  • BQ8825 (7500 lumens; WUXGA 1920×1200; 1.25X zoom)
  • BK65CN (6500 lumens; WUXGA 1920×1200; 1.25X zoom)
  • BK75CN (7500 lumens; WUXGA 1920×1200; 1.25X zoom)
  • BK85CN (8500 lumens; WUXGA 1920×1200; 1.25X zoom)
  • BK95CN (9500 lumens; WUXGA 1920×1200; 1.25X zoom)
  • W9 (9000 lumens; WUXGA 1920×1200; 1.25X zoom)
  • MU9 (7700 lumens; WUXGA 1920×1200; 1.25X zoom)
  • M8 (7000 lumens; WUXGA 1920×1200; 1.25X zoom)
  • MU10 (7700 lumens; WUXGA 1920×1200; 1.25X zoom)

Note: Lens compatibility is determined by the projector's mount interface and optical structure. For models not listed, contact Zorsika technical support for confirmation.

Lens Specifications at a Glance

Lens ModelWH161
Compatible BrandsOptoma, Barco, Sonnoc, Coteeda, Christie, Ricoh, Quanselux, Hitevision, Lanson Kartong, Daoxing, Dihang, Hualu, Boxlight, Zhongke
Compatible Brightness Range6000–16000 lumens
Compatible ResolutionWUXGA 1920×1200
Zoom Ratio1.25X, BX-CAA01 0.95~1.22 TR BX-CAA03 1.52~2.92 TR BX-CTA13 2.9~5.5 TR BX-CTA15 0.75~0.95 TR BX-CTA17 0.65 – 0.75 TR, A3A 1.22-1.52 A1 0.75-0.95 A2 0.95-1.22 A4 1.52-2.92 A5 2.90-5.50, A06 (1.22 ~ 1.52), A15 (0.75 ~ 0.95), A01(0.95 ~ 1.22), A17(0.65 ~ 0.75), 1.26X
Throw Ratio0.854-1.064:1
Number of Compatible Models116 models

The above specifications are from the Zorsika product database. Contact sales for the full technical datasheet.

Frequently Asked Questions

Q: What if the lens doesn't match the image size?

A: First, verify the lens mount interface and optical axis position of your projector model, then choose a lens with the appropriate throw ratio based on your actual installation distance. If you're unsure, send the installation distance and screen size to Zorsika technical support, and we'll help you find the right recommendation.

Q: My projector isn't in the 116-model list above. Can I still use the WH161?

A: The list covers verified models but isn't exhaustive. Projectors from the same brand and generation often share the same lens mount. For a safer bet, take a photo of the nameplate and the original lens and send it to Zorsika technical support for confirmation.

Q: Can this lens replace the original one?

A: The lens is the core of the projection optical path and directly determines sharpness and color accuracy. Zorsika lenses (models shown in the spec table above) are matched item by item against original optical parameters (focal length, throw ratio, lens group), with the same coating process, delivering sharp images with no soft edges. Ordinary replacement lenses often use standard glass with insufficient coating layers, making brightness loss and color shift obvious at a glance. For engineering and exhibition applications, Zorsika is the recommended choice.

Q: Why choose Zorsika instead of the original?

A: Zorsika lenses are manufactured to original optical drawings, with the lens group, coating, and throw ratio matched item by item, and each unit undergoes resolution testing before shipment. Compared to the original, lead times are shorter and overall value is better; compared to other replacement lenses, optical performance is backed by data.

Why Choose Zorsika

For engineering lenses like the WH161, Zorsika matches original optical parameters (focal length, throw ratio, lens group) item by item, with the same coating process, delivering sharp images with no soft edges — ready to install and use.

Zorsika's same-spec replacement lens is compatible with 116 models including INU7324, ITU3630, ITU3689, IPU4791, ZU750 from Optoma, Barco, Sonnoc and others. Enter WH161 in the search system on the Zorsika website to view the full compatibility list.

  • Optical Matching: Focal length, throw ratio, and lens group matched to original parameters
  • Resolution Testing: Each unit tested before shipment; MTF data available
  • Coating Process: Lens coating on par with original, reducing light loss
  • Stable Supply: Supports bulk procurement and project supply

In short: the lens is the optical core — don't gamble image quality over a price difference. Zorsika projector lenses are manufactured to original drawings, offering better overall value.

Note: Actual image performance is affected by projector condition and installation environment. We recommend testing one unit before bulk procurement.

What to Keep in Mind When Replacing the Lens?

  • Power off before replacing: Always turn off the projector and wait for the cooling fan to stop before removing or installing the lens to avoid damaging the interface.
  • Don't touch the glass: Fingerprints and oil directly affect image quality. Hold the lens barrel, not the glass. Use a blower for dust; never wipe with a dry cloth.
  • Lock after focusing: Focus and test first, then tighten the locking screws to prevent image drift from loosening over time.
  • Keep the interface clean: Dust on the mount and contacts can cause poor connectivity — clean them while swapping the lens.

Related Search Links

Purchase Inquiries

For consultation on the Zorsika WH161, project proposals, or the full compatibility list, contact us through the following channels:

  • Website: www.zorsika.com
  • Phone: 0086-20-38551187
  • Email: sales@zorsika.com
  • Business Hours: Monday to Friday, 9:00-18:00

The lens models and compatibility data in this article are from the Zorsika product database and are continuously updated. Please confirm with actual quotations.