Special Encoders & Sensors Contact encoder, surface mount housing Impulse ratio 1 rev. = 15 impulses up to 5 rev. = 1 impulse G 080 Features –– Encoder with mechanical contact –– As trigger for electromechanical counters –– Impulse voltage 12...230 VAC/VDC –– Surface mount housing (for measuring wheel) –– Ratio up to one revolution = 15 impulses –– Reduction ratio up to 5 revolutions = 1 impulse –– High switching capacity –– Sturdy design G 080 surface mount housing Technical data - mechanical design Voltage supply 12...220 V Housing ø73 mm Resolution (steps/turn) 0.2...15 Shaft Operating mode Pulse emission in both rotational directions ø7 mm (sinter bronze slide bearing) Protection DIN EN 60529 IP 52 Contact load ≤30 W (100 VA) ≤230 V (approx. 2 A) Operating speed ≤1500 rpm Sensing method Mechanic Starting torque ≤0.02 Nm IP 30 Output frequency ≤0.025 kHz Material Housing: GFV Polycarbonat Output signals Contact Operating temperature -10...+60 °C Relative humidity 95 % non-condensing Weight approx. 250 g E-connection Cable 1 www.baumerivo.com 29/10/2008 Subject to modification in technic and design. Errors and omissions excepted. Technical data - electrical ratings Special Encoders & Sensors Contact encoder, surface mount housing Impulse ratio 1 rev. = 15 impulses up to 5 rev. = 1 impulse G 080 Part number G 080.0 10A101 10A202 10A205 20A110 20A113 Pulse per rotation 1 rev. = 1 impulse contact cams impulse/interval 1:1 1 rev. = 2 impulses contact cams of several parts 1 rev. = 5 impulses contact cams of several parts 2 rev. = 1 impulse contact cams impulse/interval 1:1 5 rev. = 1 impulse contact cams impulse/interval 1:1 Supplied with PG9 gland and 0.3 m cable 2 x 1 mm. G 080 is a mechanically-operated encoder providing a surface mount housing. Mechanical rotary movements are converted into impulses by interrupted contact resulting in the existing circuit opening or closing. Impulse ratios are available within the range of 1 turn = 15 impulses up to max. 32 turns. Dimensions 63 64 35 Subject to modification in technic and design. Errors and omissions excepted. 10 5.4 105 ±0.15 118 17 50 ±0.15 2 www.baumerivo.com 29/10/2008 ±0.15 34.5 5 2.5 73 ø7h8 28