Baumer OSE105S2 Incremental Rotary Encoder — Ø58 mm, 1024 ppr, Push-Pull, 5 m Cable

Description

• OSE105S2​ → Hollow shaft Ø 10 mm (or 6/8/10/12 mm — check variant; 105 = 10 mm hollow typical), 1024 ppr, Push-Pull (A / B / Z channels), 5 m integral cable​ (M12 connector versions exist in other OSE codes — S2 often = cable outlet 2m/5m depending on region; here “S2” = standard cable length — confirm exact meterage on label).
• Hollow Shaft Design: Slides directly onto motor shaft — secured by spring clamp / locking screw (no flexible coupling needed).
• Protection: IP65 (with proper sealing) — resists dust, oil mist, and splash.
• Supply: Typically 10–30 V DC (Push-Pull versions often 10–30V DC wide range; some TTL-only versions 5V — OSE105S2 Push-Pull = 10–30V DC common).

Key Features

• Hollow Shaft Mounting: Direct onto shaft (Ø 10 mm typical) — no coupling backlash
• Resolution: 1024 PPR (4096 counts/rev in quadrature x4 mode)
• Output: Push-Pull (HTL/TTL compatible) — A, B, Z + /A, /B, /Z (complement channels included on most Baumer Push-Pull)
• Supply Voltage: 10–30 V DC (standard for HTL Push-Pull OSE)
• Cable / Connection: 5 m (or 2 m — S2 suffix often implies cable outlet; verify length) shielded cable with flying leads or M12 depending on full code — OSE105S2 typical = 5 m cable
• Max. Speed: Mechanical ≤ 6000 rpm (check exact), Electrical ≤ 300 kHz (limits max rpm at given PPR: 300k / 1024 ≈ 293 rpm max electrical — verify your application speed)
• Country of Origin: Switzerland / Germany / Czech Republic (Baumer Group)

Model & Specification Reference (Baumer OSE Series Example)

⚠️ Important Installation & Selection Notes:

1. Hollow Shaft Size: OSE105 = Ø 10 mm hollow. If your motor shaft is Ø 6 mm / Ø 8 mm / Ø 12 mm — need OSE106 / OSE108 / OSE112 respectively (or use sleeve bushing — not recommended for high vibration). Verify shaft diameter!
2. Push-Pull vs Open Collector / RS422 (TTL-Line Driver): OSE105S2 Push-Pull works with 10–30V DC supply and drives both PLC high-speed counter inputs & simple counters. If your input REQUIRES RS422 differential (long cable, noise immunity) → need OSE105S2 with Line Driver (TTL/RS422)​ — different suffix.
3. Phase Sequence (A/B Quadrature): Standard is A leads B for CW rotation (viewed from shaft end — check Baumer phase diagram). Swap A/B wiring if direction reversed needed.
4. Max. Electrical Speed: At 1024 PPR, max frequency is typically 100–300 kHz → max rpm = f_max / PPR. For 300 kHz → ~293 rpm. If you need high-speed (>1000 rpm) at 1024 PPR → confirm encoder max freq spec (some OSE rated 300 kHz; others 100 kHz → 97 rpm). For high-speed, consider lower PPR or check OSE with 100 kHz+ rating.
5. Mounting: Use supplied clamping screw / spring element — ensure hollow bore is clean & shaft has flat for setscrew (some variants have grub screw onto shaft flat). Do NOT overtighten — hollow body is aluminum alloy.

Technical Specifications (OSE105S2 — 1024 ppr, Push-Pull, Hollow Ø10 mm, 5 m Cable)

Warranty & After-Sales

• Factory new units: 12 months warranty
• Refurbished units: 3-6 months warranty (rotation test on calibration rig — check A/B/Z phase sequence & index pulse)
• Technical support for:
  • Shaft size confirmation (OSE105 = Ø10 mm hollow; OSE106 = Ø6 mm; OSE108 = Ø8 mm; OSE112 = Ø12 mm)
  • Push-Pull vs Line Driver (RS422) selection — match to your PLC high-speed counter input type
  • Wiring diagram (A/B/Z/Supply/Shield — typical 6-wire + shield: +Ub, 0V, A, B, Z, Shield; complements /A /B /Z may be on same cores if 6+3 wire — verify pinout sticker)
  • Direction sense (swap A/B if rotation direction reversed in PLC count)
  • Alternative: Flange-mount EIL580 / ITD series if hollow shaft not suitable
• Optional spring-element mounting kits, coupling sleeves (if stepping up from smaller shaft) — check feasibility

Delivery Time

• Standard delivery: 3-5 working days (stock items)
• Express shipping available upon request

Why Choose Our Store

• Genuine Baumer OSE encoders — not copies with misaligned discs / weak bearings
• Global supply network with competitive pricing
• Expertise in encoder selection (hollow vs flange, PPR vs max freq, Push-Pull vs Line Driver)
• Comprehensive technical documentation (phase diagram, wiring color code, shaft fit tolerance)
• Responsive customer service and support

Applications

• Conveyor / Web Line Speed Feedback: Directly on drive roller shaft — no coupling backlash.
• Hoist / Crane Positioning: Hollow mount on drum shaft for turns-count → linear position.
• Winders / Unwinders: Diameter calculation via RPM feedback.
• General Machine Retrofit: Replace worn flange encoder — hollow shaft simplifies mounting if shaft accessible.
• Packaging / Converting: Register mark synchronization via encoder count.