IXARC Absolute Encoder OCE-D2C1B
POSITAL -Fraba
About This Product
◾️A abundant assortment of Absolute rotary encoder
Absolute rotary encoder can provide a unique position value from the moment you turn on the power. The movement that occurs while the power of the system is turned off is converted to an accurate position when the encoder is turned on again. Another advantage is its abundant variations. Absolute encoder can select a single turn, multi -turn, different resolution, communication interface, etc. Users can also select according to needs from thousands of mechanical and connection configurations.
◾️Main variation
The motion control is diverse, from factory automation to mobile machine control systems. This application has its own characteristics, but it requires accurate and real -time information on the physical position of the machine device. Posital's Abtalute Encoder Series is designed to deal with all issues facing customers.
◾️Fangi and shaft options
・ Real axis and hollow shaft
・ Multiple flange design that conforms to all applications
・ Coupling, tethers and adapters are available
◾️ Application
The IXARC Absolute Encoder always realizes reliable positions and does not require relative values, increasing the safety and efficiency of machinery.
There are other model numbers.
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Product
IXARC Absolute Encoder OCE-D2C1B
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Handling Company
POSITAL -Fraba
10 Models of IXARC Absolute Encoder OCE-D2C1B
Items marked with have different values depending on the model number.
Click on the part number for more information about each product
| Product Image | Part Number | Price (excluding tax) | Axial diameter | EMC: Noise Immediate | Electrical life | Electromagnetic interference | Flange material | Flango | Friction torque | Housing coating | Housing material | Humidity | Impact resistance | Interface cycle time | Maximum axial load | Maximum machine speed | Operating temperature | Output driver | Over -voltage prevention | Polar Improvement | Profile | Programming function | Protection structure (housing) | Protection structure (shaft) | Shaft type | Supply voltage | Technology | Transmission speed | Turn -on time | Vibration resistance | interface | power consumption |
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OCE-D2C1B-1416-W12S-HFE |
Available upon quote | ø 12 mm (0.47 ") | Din en 61000-6-2 | > 10⁵ h | Din en 61000-6-4 | Aluminum | Synchro Frange, ø 78 mm, ATEX | ≤ 5 NCM @ 20 ° C, (7.1 OZ-in @ 68 ° f) | Ended oxidized | aluminum | 98%, no condensation | ≤ 100 g (Half Sign 11 MS, EN 60068-27) | ≥ 10 ms | Axial load 50 n, radius direction load 50 N | ≤ 3,000 1/min | -40 ° C (-40 ° F) -+70 ° C (+158 ° F) | Transiver (ISO11898), (Galvanic insulation via optocapula) | Existence | Existence | CIP (Common Industrial Protocol) | Resolution, preset, communication mode: Polling mode, cycle mode, synchro mode | IP66/IP67 | IP66/IP67 | Middle real axis, one -sided hand removal l = 20mm | 10 - 30 VDC | optical | 150 KBAUD, 250 KBAUD, 500 KBAUD | <1 s | ≤ 10 g (10 Hz-2,000 Hz, en 60068-2-6) | DeviceNet | ≤ 2.5 w |
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OCE-D2C1B-1413-E14W-HFE |
Available upon quote | ø 14 mm (0.55 ") | Din en 61000-6-2 | > 10⁵ h | Din en 61000-6-4 | Stainless steel V4A (1.4404, 316 L) | One -sided hood shaft, ø 78mm ATEX | ≤ 3 NCM @ 20 ℃ (4.2 OZ-in @ 68 ° f) | No paint | Stainless steel (V4a) | 98%, no condensation | ≤ 100 g (Half Sign 11 MS, EN 60068-27) | ≥ 10 ms | - | ≤ 3,000 1/min | -40 ° C (-40 ° F) -+70 ° C (+158 ° F) | Transiver (ISO11898), (Galvanic insulation via optocapula) | Existence | Existence | CIP (Common Industrial Protocol) | Resolution, preset, communication mode: Polling mode, cycle mode, synchro mode | IP66/IP67 | IP66/IP67 | Makura hole depth = 30mm | 10 - 30 VDC | optical | 150 KBAUD, 250 KBAUD, 500 KBAUD | <1 s | ≤ 10 g (10 Hz-2,000 Hz, en 60068-2-6) | DeviceNet | ≤ 2.5 w |
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OCE-D2C1B-1212-W12S-HFE |
Available upon quote | ø 12 mm (0.47 ") | Din en 61000-6-2 | > 10⁵ h | Din en 61000-6-4 | Aluminum | Synchro Frange, ø 78 mm, ATEX | ≤ 5 NCM @ 20 ° C, (7.1 OZ-in @ 68 ° f) | Ended oxidized | aluminum | 98%, no condensation | ≤ 100 g (Half Sign 11 MS, EN 60068-27) | ≥ 10 ms | Axial load 50 n, radius direction load 50 N | ≤ 3,000 1/min | -40 ° C (-40 ° F) -+70 ° C (+158 ° F) | Transiver (ISO11898), (Galvanic insulation via optocapula) | Existence | Existence | CIP (Common Industrial Protocol) | Resolution, preset, communication mode: Polling mode, cycle mode, synchro mode | IP66/IP67 | IP66/IP67 | Middle real axis, one -sided hand removal l = 20mm | 10 - 30 VDC | optical | 150 KBAUD, 250 KBAUD, 500 KBAUD | <1 s | ≤ 10 g (10 Hz-2,000 Hz, en 60068-2-6) | DeviceNet | ≤ 2.5 w |
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OCE-D2C1B-1213-W12S-HFE |
Available upon quote | ø 12 mm (0.47 ") | Din en 61000-6-2 | > 10⁵ h | Din en 61000-6-4 | Aluminum | Synchro Frange, ø 78 mm, ATEX | ≤ 5 NCM @ 20 ° C, (7.1 OZ-in @ 68 ° f) | Ended oxidized | aluminum | 98%, no condensation | ≤ 100 g (Half Sign 11 MS, EN 60068-27) | ≥ 10 ms | Axial load 50 n, radius direction load 50 N | ≤ 3,000 1/min | -40 ° C (-40 ° F) -+70 ° C (+158 ° F) | Transiver (ISO11898), (Galvanic insulation via optocapula) | Existence | Existence | CIP (Common Industrial Protocol) | Resolution, preset, communication mode: Polling mode, cycle mode, synchro mode | IP66/IP67 | IP66/IP67 | Middle real axis, one -sided hand removal l = 20mm | 10 - 30 VDC | optical | 150 KBAUD, 250 KBAUD, 500 KBAUD | <1 s | ≤ 10 g (10 Hz-2,000 Hz, en 60068-2-6) | DeviceNet | ≤ 2.5 w |
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OCE-D2C1B-1416-E14W-HFE |
Available upon quote | ø 14 mm (0.55 ") | Din en 61000-6-2 | > 10⁵ h | Din en 61000-6-4 | Stainless steel V4A (1.4404, 316 L) | One -sided hood shaft, ø 78mm ATEX | ≤ 3 NCM @ 20 ℃ (4.2 OZ-in @ 68 ° f) | No paint | Stainless steel (V4a) | 98%, no condensation | ≤ 100 g (Half Sign 11 MS, EN 60068-27) | ≥ 10 ms | - | ≤ 3,000 1/min | -40 ° C (-40 ° F) -+70 ° C (+158 ° F) | Transiver (ISO11898), (Galvanic insulation via optocapula) | Existence | Existence | CIP (Common Industrial Protocol) | Resolution, preset, communication mode: Polling mode, cycle mode, synchro mode | IP66/IP67 | IP66/IP67 | Makura hole depth = 30mm | 10 - 30 VDC | optical | 150 KBAUD, 250 KBAUD, 500 KBAUD | <1 s | ≤ 10 g (10 Hz-2,000 Hz, en 60068-2-6) | DeviceNet | ≤ 2.5 w |
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OCE-D2C1B-1216-W12S-HFE |
Available upon quote | ø 12 mm (0.47 ") | Din en 61000-6-2 | > 10⁵ h | Din en 61000-6-4 | Aluminum | Synchro Frange, ø 78 mm, ATEX | ≤ 5 NCM @ 20 ° C, (7.1 OZ-in @ 68 ° f) | Ended oxidized | aluminum | 98%, no condensation | ≤ 100 g (Half Sign 11 MS, EN 60068-27) | ≥ 10 ms | Axial load 50 n, radius direction load 50 N | ≤ 3,000 1/min | -40 ° C (-40 ° F) -+70 ° C (+158 ° F) | Transiver (ISO11898), (Galvanic insulation via optocapula) | Existence | Existence | CIP (Common Industrial Protocol) | Resolution, preset, communication mode: Polling mode, cycle mode, synchro mode | IP66/IP67 | IP66/IP67 | Middle real axis, one -sided hand removal l = 20mm | 10 - 30 VDC | optical | 150 KBAUD, 250 KBAUD, 500 KBAUD | <1 s | ≤ 10 g (10 Hz-2,000 Hz, en 60068-2-6) | DeviceNet | ≤ 2.5 w |
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OCE-D2C1B-1212-E14W-HFE |
Available upon quote | ø 14 mm (0.55 ") | Din en 61000-6-2 | > 10⁵ h | Din en 61000-6-4 | Stainless steel V4A (1.4404, 316 L) | One -sided hood shaft, ø 78mm ATEX | ≤ 3 NCM @ 20 ℃ (4.2 OZ-in @ 68 ° f) | No paint | Stainless steel (V4a) | 98%, no condensation | ≤ 100 g (Half Sign 11 MS, EN 60068-27) | ≥ 10 ms | - | ≤ 3,000 1/min | -40 ° C (-40 ° F) -+70 ° C (+158 ° F) | Transiver (ISO11898), (Galvanic insulation via optocapula) | Existence | Existence | CIP (Common Industrial Protocol) | Resolution, preset, communication mode: Polling mode, cycle mode, synchro mode | IP66/IP67 | IP66/IP67 | Makura hole depth = 30mm | 10 - 30 VDC | optical | 150 KBAUD, 250 KBAUD, 500 KBAUD | <1 s | ≤ 10 g (10 Hz-2,000 Hz, en 60068-2-6) | DeviceNet | ≤ 2.5 w |
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OCE-D2C1B-1213-E14W-HFE |
Available upon quote | ø 14 mm (0.55 ") | Din en 61000-6-2 | > 10⁵ h | Din en 61000-6-4 | Stainless steel V4A (1.4404, 316 L) | One -sided hood shaft, ø 78mm ATEX | ≤ 3 NCM @ 20 ℃ (4.2 OZ-in @ 68 ° f) | No paint | Stainless steel (V4a) | 98%, no condensation | ≤ 100 g (Half Sign 11 MS, EN 60068-27) | ≥ 10 ms | - | ≤ 3,000 1/min | -40 ° C (-40 ° F) -+70 ° C (+158 ° F) | Transiver (ISO11898), (Galvanic insulation via optocapula) | Existence | Existence | CIP (Common Industrial Protocol) | Resolution, preset, communication mode: Polling mode, cycle mode, synchro mode | IP66/IP67 | IP66/IP67 | Makura hole depth = 30mm | 10 - 30 VDC | optical | 150 KBAUD, 250 KBAUD, 500 KBAUD | <1 s | ≤ 10 g (10 Hz-2,000 Hz, en 60068-2-6) | DeviceNet | ≤ 2.5 w |
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OCE-D2C1B-1216-W120-HFZ |
Available upon quote | ø 12 mm (0.47 ") | Din en 61000-6-2 | > 10⁵ h | Din en 61000-6-4 | Aluminum | Synchro Frange, ø 78 mm, ATEX | ≤ 3 NCM @ 20 ℃ (4.2 OZ-in @ 68 ° f) | Ended oxidized | aluminum | 98%, no condensation | ≤ 100 g (Half Sign 11 MS, EN 60068-27) | ≥ 10 ms | Axial load 50 n, radius direction load 50 N | ≤ 3,000 1/min | -40 ° C (-40 ° F) -+70 ° C (+158 ° F) | Transiver (ISO11898), (Galvanic insulation via optocapula) | Existence | Existence | CIP (Common Industrial Protocol) | Resolution, preset, communication mode: Polling mode, cycle mode, synchro mode | IP66/IP67 | IP66/IP67 | Middle real axis, one -sided hand removal l = 20mm | 10 - 30 VDC | optical | 150 KBAUD, 250 KBAUD, 500 KBAUD | <1 s | ≤ 10 g (10 Hz-2,000 Hz, en 60068-2-6) | DeviceNet | ≤ 2.5 w |
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OCE-D2C1B-0012-W120-HFZ |
Available upon quote | ø 12 mm (0.47 ") | Din en 61000-6-2 | > 10⁵ h | Din en 61000-6-4 | Aluminum | Synchro Frange, ø 78 mm, ATEX | ≤ 3 NCM @ 20 ℃ (4.2 OZ-in @ 68 ° f) | Ended oxidized | aluminum | 98%, no condensation | ≤ 100 g (Half Sign 11 MS, EN 60068-27) | ≥ 10 ms | Axial load 50 n, radius direction load 50 N | ≤ 3,000 1/min | -40 ° C (-40 ° F) -+70 ° C (+158 ° F) | Transiver (ISO11898), (Galvanic insulation via optocapula) | Existence | Existence | CIP (Common Industrial Protocol) | Resolution, preset, communication mode: Polling mode, cycle mode, synchro mode | IP66/IP67 | IP65 | Middle real axis, one -sided hand removal l = 20mm | 10 - 30 VDC | optical | 150 KBAUD, 250 KBAUD, 500 KBAUD | <1 s | ≤ 10 g (10 Hz-2,000 Hz, en 60068-2-6) | DeviceNet | ≤ 2.5 w |
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