imageFORMULA DR-G1130/DR-G1100 Series Service GuideimageFORMULA DR-G1130/DR-G1100 Series Service Guide April 2013Rev. 1 Page 27X. AppendixA. SpecificationsNote: All specifications are subject to change without notice.imageFORMULA DR-G1130/DR-G1100 Specifications (Table 11)imageFORMULA DR-G1130/DR-G1100 SeriesType Desktop sheet-fed scannerScanning element 3-line CMOS Contact Image Sensor (CIS)Document feeding Automatic or manual sheet feedingDocument sizeWidth: 50.8 - 305 mm (2” - 12.01”)Length: 70 - 432 mm (2.76” - 17.01”)Long Document Mode: up to 3,000 mm (118.1”)Document thickness Continuous Feeding: 0.06 - 0.25 mmManual Feeding: 0.05 - 0.30 mmDocument weight Continuous Feeding: 52 - 209 g/m2 (14 - 56 lb bond)Manual Feeding: 42 - 255 g/m2 (11 - 64 lb bond)Image data memory size 384 MB (including memory size for rotation)Light source 3-color RGB (red, green, and blue) LED, Double-side illuminationScanning side Simplex/DuplexScanning SpeedsRefer to the imageFORMULA DR-G1130 Approximate Scanning Speeds (Table 1)and the imageFORMULA DR-G1100 Approximate Scanning Speeds (Table 2) forthe scanning speeds specifications.Output modesBlack and White, Error Diffusion, Advanced Text Enhancement,Advanced Text Enhancement II, 256-level Grayscale, 24-bit Color,Auto Color DetectionOutput resolutions100 × 100 dpi, 150 × 150 dpi, 200 × 200 dpi, 240 × 240 dpispeed priority: 300 × 300 dpi, 400 × 400 dpi, 600 × 600 dpiimage priority: 400 × 400 dpi, 600 × 600 dpiColor dropout Dropout/emphasize, R/G/B/custom, front/back side eachInterface Hi-Speed USB 2.0Scanner driver ISIS/ TWAINPower requirements 120V(60Hz)Power consumptionOperating: 86W MaximumLow Power Mode: 2.5W MaximumPower Switch OFF: 0.5W MaximumOperating environment 10 - 32.5 deg. C (50 - 90.5 deg. F), Humidity: 20 - 80% RHNo condensation allowed.Dimensions (W x D x H) Trays closed: 480 x 535 x 315 mm (18.9 x 21.1 x 12.4 in.)Weight Approx. 22.8 kg (50.3 lb.)Bundled Software (Table 12)Bundled SoftwareBundled Software• ISIS/TWAIN driver• Canon CapturePerfect 3.1• Job Tool• Kofax VRS