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IXARC Absolute Encoder OCM-D2C1B-OCM-D2C1B-1213-F10W-HFE
IXARC Absolute Encoder OCM-D2C1B-OCM-D2C1B-1413-E14W-HFE
IXARC Absolute Encoder OCM-D2C1B-OCM-D2C1B-1413-E14W-HFG
IXARC Absolute Encoder OCM-D2C1B-POSITAL -Fraba

IXARC Absolute Encoder OCM-D2C1B
POSITAL -Fraba

POSITAL -Fraba's Response Status

Response Rate

100.0%

Response Time

62.8hours


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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    IXARC Absolute Encoder OCM-D2C1B

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10 Models of IXARC Absolute Encoder OCM-D2C1B

Click on the part number for more information about each product

Image Part Number Price (excluding tax) interface Profile Transmission speed Interface cycle time Programming function Output driver Supply voltage power consumption Turn -on time Polar Improvement Over -voltage prevention Electromagnetic interference EMC: Noise Immediate Electrical life Protection structure (shaft) Protection structure (housing) Operating temperature Humidity Housing material Housing coating Flango Flange material Shaft type Axial diameter Inertial rotor inertia Friction torque Maximum machine speed Impact resistance Vibration resistance Technology
IXARC Absolute Encoder OCM-D2C1B-Part Number-OCM-D2C1B-1213-F10W-HFE

OCM-D2C1B-1213-F10W-HFE

Available upon quote

DeviceNet

CIP (Common Industrial Protocol)

150 KBAUD, 250 KBAUD, 500 KBAUD

≥ 10 ms

Resolution, preset, communication mode: Polling mode, cycle mode, synchro mode

Transiver (ISO11898), (Galvanic insulation via optocapula)

10 - 30 VDC

≤ 2.5 w

<1 s

Existence

Existence

Din en 61000-6-4

Din en 61000-6-2

> 10⁵ h

IP66/IP67

IP66/IP67

-40 ° C (-40 ° F) -+70 ° C (+158 ° F)

98%, no condensation

Stainless steel (V4a)

No paint

Clamping flange, ø 78 mm ATEX

Stainless steel V4A (1.4404, 316 L)

Middle real axis, one -sided hand removal l = 20mm

ø 10 mm (0.39 ")

≤ 35 gcm² [≤ 0.2 OZ-IN²]

≤ 3 NCM @ 20 ℃ (4.2 OZ-in @ 68 ° f)

≤ 3,000 1/min

≤ 100 g (Half Sign 11 MS, EN 60068-27)

≤ 10 g (10 Hz-2,000 Hz, en 60068-2-6)

optical

IXARC Absolute Encoder OCM-D2C1B-Part Number-OCM-D2C1B-1216-F10W-HFE

OCM-D2C1B-1216-F10W-HFE

Available upon quote

DeviceNet

CIP (Common Industrial Protocol)

150 KBAUD, 250 KBAUD, 500 KBAUD

≥ 10 ms

Resolution, preset, communication mode: Polling mode, cycle mode, synchro mode

Transiver (ISO11898), (Galvanic insulation via optocapula)

10 - 30 VDC

≤ 2.5 w

<1 s

Existence

Existence

Din en 61000-6-4

Din en 61000-6-2

> 10⁵ h

IP66/IP67

IP66/IP67

-40 ° C (-40 ° F) -+70 ° C (+158 ° F)

98%, no condensation

Stainless steel (V4a)

No paint

Clamping flange, ø 78 mm ATEX

Stainless steel V4A (1.4404, 316 L)

Middle real axis, one -sided hand removal l = 20mm

ø 10 mm (0.39 ")

≤ 35 gcm² [≤ 0.2 OZ-IN²]

≤ 3 NCM @ 20 ℃ (4.2 OZ-in @ 68 ° f)

≤ 3,000 1/min

≤ 100 g (Half Sign 11 MS, EN 60068-27)

≤ 10 g (10 Hz-2,000 Hz, en 60068-2-6)

optical

IXARC Absolute Encoder OCM-D2C1B-Part Number-OCM-D2C1B-0012-F10W-HFE

OCM-D2C1B-0012-F10W-HFE

Available upon quote

DeviceNet

CIP (Common Industrial Protocol)

150 KBAUD, 250 KBAUD, 500 KBAUD

≥ 10 ms

Resolution, preset, communication mode: Polling mode, cycle mode, synchro mode

Transiver (ISO11898), (Galvanic insulation via optocapula)

10 - 30 VDC

≤ 2.5 w

<1 s

Existence

Existence

Din en 61000-6-4

Din en 61000-6-2

> 10⁵ h

IP66/IP67

IP66/IP67

-40 ° C (-40 ° F) -+70 ° C (+158 ° F)

98%, no condensation

Stainless steel (V4a)

No paint

Clamping flange, ø 78 mm ATEX

Stainless steel V4A (1.4404, 316 L)

Middle real axis, one -sided hand removal l = 20mm

ø 10 mm (0.39 ")

≤ 35 gcm² [≤ 0.2 OZ-IN²]

≤ 3 NCM @ 20 ℃ (4.2 OZ-in @ 68 ° f)

≤ 3,000 1/min

≤ 100 g (Half Sign 11 MS, EN 60068-27)

≤ 10 g (10 Hz-2,000 Hz, en 60068-2-6)

optical

IXARC Absolute Encoder OCM-D2C1B-Part Number-OCM-D2C1B-0013-F10W-HFE

OCM-D2C1B-0013-F10W-HFE

Available upon quote

DeviceNet

CIP (Common Industrial Protocol)

150 KBAUD, 250 KBAUD, 500 KBAUD

≥ 10 ms

Resolution, preset, communication mode: Polling mode, cycle mode, synchro mode

Transiver (ISO11898), (Galvanic insulation via optocapula)

10 - 30 VDC

≤ 2.5 w

<1 s

Existence

Existence

Din en 61000-6-4

Din en 61000-6-2

> 10⁵ h

IP66/IP67

IP66/IP67

-40 ° C (-40 ° F) -+70 ° C (+158 ° F)

98%, no condensation

Stainless steel (V4a)

No paint

Clamping flange, ø 78 mm ATEX

Stainless steel V4A (1.4404, 316 L)

Middle real axis, one -sided hand removal l = 20mm

ø 10 mm (0.39 ")

≤ 35 gcm² [≤ 0.2 OZ-IN²]

≤ 3 NCM @ 20 ℃ (4.2 OZ-in @ 68 ° f)

≤ 3,000 1/min

≤ 100 g (Half Sign 11 MS, EN 60068-27)

≤ 10 g (10 Hz-2,000 Hz, en 60068-2-6)

optical

IXARC Absolute Encoder OCM-D2C1B-Part Number-OCM-D2C1B-1413-E14W-HFE

OCM-D2C1B-1413-E14W-HFE

Available upon quote

DeviceNet

CIP (Common Industrial Protocol)

150 KBAUD, 250 KBAUD, 500 KBAUD

≥ 10 ms

Resolution, preset, communication mode: Polling mode, cycle mode, synchro mode

Transiver (ISO11898), (Galvanic insulation via optocapula)

10 - 30 VDC

≤ 2.5 w

<1 s

Existence

Existence

Din en 61000-6-4

Din en 61000-6-2

> 10⁵ h

IP66/IP67

IP66/IP67

-40 ° C (-40 ° F) -+70 ° C (+158 ° F)

98%, no condensation

Stainless steel (V4a)

No paint

One -sided hood shaft, ø 78mm ATEX

Stainless steel V4A (1.4404, 316 L)

Makura hole depth = 30mm

ø 14 mm (0.55 ")

≤ 35 gcm² [≤ 0.2 OZ-IN²]

≤ 3 NCM @ 20 ℃ (4.2 OZ-in @ 68 ° f)

≤ 3,000 1/min

≤ 100 g (Half Sign 11 MS, EN 60068-27)

≤ 10 g (10 Hz-2,000 Hz, en 60068-2-6)

optical

IXARC Absolute Encoder OCM-D2C1B-Part Number-OCM-D2C1B-1416-E14W-HFE

OCM-D2C1B-1416-E14W-HFE

Available upon quote

DeviceNet

CIP (Common Industrial Protocol)

150 KBAUD, 250 KBAUD, 500 KBAUD

≥ 10 ms

Resolution, preset, communication mode: Polling mode, cycle mode, synchro mode

Transiver (ISO11898), (Galvanic insulation via optocapula)

10 - 30 VDC

≤ 2.5 w

<1 s

Existence

Existence

Din en 61000-6-4

Din en 61000-6-2

> 10⁵ h

IP66/IP67

IP66/IP67

-40 ° C (-40 ° F) -+70 ° C (+158 ° F)

98%, no condensation

Stainless steel (V4a)

No paint

One -sided hood shaft, ø 78mm ATEX

Stainless steel V4A (1.4404, 316 L)

Makura hole depth = 30mm

ø 14 mm (0.55 ")

≤ 35 gcm² [≤ 0.2 OZ-IN²]

≤ 3 NCM @ 20 ℃ (4.2 OZ-in @ 68 ° f)

≤ 3,000 1/min

≤ 100 g (Half Sign 11 MS, EN 60068-27)

≤ 10 g (10 Hz-2,000 Hz, en 60068-2-6)

optical

IXARC Absolute Encoder OCM-D2C1B-Part Number-OCM-D2C1B-1212-E14W-HFE

OCM-D2C1B-1212-E14W-HFE

Available upon quote

DeviceNet

CIP (Common Industrial Protocol)

150 KBAUD, 250 KBAUD, 500 KBAUD

≥ 10 ms

Resolution, preset, communication mode: Polling mode, cycle mode, synchro mode

Transiver (ISO11898), (Galvanic insulation via optocapula)

10 - 30 VDC

≤ 2.5 w

<1 s

Existence

Existence

Din en 61000-6-4

Din en 61000-6-2

> 10⁵ h

IP66/IP67

IP66/IP67

-40 ° C (-40 ° F) -+70 ° C (+158 ° F)

98%, no condensation

Stainless steel (V4a)

No paint

One -sided hood shaft, ø 78mm ATEX

Stainless steel V4A (1.4404, 316 L)

Makura hole depth = 30mm

ø 14 mm (0.55 ")

≤ 35 gcm² [≤ 0.2 OZ-IN²]

≤ 3 NCM @ 20 ℃ (4.2 OZ-in @ 68 ° f)

≤ 3,000 1/min

≤ 100 g (Half Sign 11 MS, EN 60068-27)

≤ 10 g (10 Hz-2,000 Hz, en 60068-2-6)

optical

IXARC Absolute Encoder OCM-D2C1B-Part Number-OCM-D2C1B-1213-E14W-HFE

OCM-D2C1B-1213-E14W-HFE

Available upon quote

DeviceNet

CIP (Common Industrial Protocol)

150 KBAUD, 250 KBAUD, 500 KBAUD

≥ 10 ms

Resolution, preset, communication mode: Polling mode, cycle mode, synchro mode

Transiver (ISO11898), (Galvanic insulation via optocapula)

10 - 30 VDC

≤ 2.5 w

<1 s

Existence

Existence

Din en 61000-6-4

Din en 61000-6-2

> 10⁵ h

IP66/IP67

IP66/IP67

-40 ° C (-40 ° F) -+70 ° C (+158 ° F)

98%, no condensation

Stainless steel (V4a)

No paint

One -sided hood shaft, ø 78mm ATEX

Stainless steel V4A (1.4404, 316 L)

Makura hole depth = 30mm

ø 14 mm (0.55 ")

≤ 35 gcm² [≤ 0.2 OZ-IN²]

≤ 3 NCM @ 20 ℃ (4.2 OZ-in @ 68 ° f)

≤ 3,000 1/min

≤ 100 g (Half Sign 11 MS, EN 60068-27)

≤ 10 g (10 Hz-2,000 Hz, en 60068-2-6)

optical

IXARC Absolute Encoder OCM-D2C1B-Part Number-OCM-D2C1B-1216-E14W-HFE

OCM-D2C1B-1216-E14W-HFE

Available upon quote

DeviceNet

CIP (Common Industrial Protocol)

150 KBAUD, 250 KBAUD, 500 KBAUD

≥ 10 ms

Resolution, preset, communication mode: Polling mode, cycle mode, synchro mode

Transiver (ISO11898), (Galvanic insulation via optocapula)

10 - 30 VDC

≤ 2.5 w

<1 s

Existence

Existence

Din en 61000-6-4

Din en 61000-6-2

> 10⁵ h

IP66/IP67

IP66/IP67

-40 ° C (-40 ° F) -+70 ° C (+158 ° F)

98%, no condensation

Stainless steel (V4a)

No paint

One -sided hood shaft, ø 78mm ATEX

Stainless steel V4A (1.4404, 316 L)

Makura hole depth = 30mm

ø 14 mm (0.55 ")

≤ 35 gcm² [≤ 0.2 OZ-IN²]

≤ 3 NCM @ 20 ℃ (4.2 OZ-in @ 68 ° f)

≤ 3,000 1/min

≤ 100 g (Half Sign 11 MS, EN 60068-27)

≤ 10 g (10 Hz-2,000 Hz, en 60068-2-6)

optical

IXARC Absolute Encoder OCM-D2C1B-Part Number-OCM-D2C1B-1413-E14W-HFG

OCM-D2C1B-1413-E14W-HFG

Available upon quote

DeviceNet

CIP (Common Industrial Protocol)

150 KBAUD, 250 KBAUD, 500 KBAUD

≥ 10 ms

Resolution, preset, communication mode: Polling mode, cycle mode, synchro mode

Transiver (ISO11898), (Galvanic insulation via optocapula)

10 - 30 VDC

≤ 2.5 w

<1 s

Existence

Existence

Din en 61000-6-4

Din en 61000-6-2

> 10⁵ h

IP66/IP67

IP66/IP67

-40 ° C (-40 ° F) -+70 ° C (+158 ° F)

98%, no condensation

Stainless steel (V4a)

No paint

One -sided hood shaft, ø 78mm ATEX

Stainless steel V4A (1.4404, 316 L)

Makura hole depth = 30mm

ø 14 mm (0.55 ")

≤ 35 gcm² [≤ 0.2 OZ-IN²]

≤ 3 NCM @ 20 ℃ (4.2 OZ-in @ 68 ° f)

≤ 3,000 1/min

≤ 100 g (Half Sign 11 MS, EN 60068-27)

≤ 10 g (10 Hz-2,000 Hz, en 60068-2-6)

optical

Click on the part number for more information about each product

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About Company Handling This Product

Response Rate

100.0%


Response Time

62.8hrs

Company Overview

UBITO is an enterprise within the FRABA group, specializing in the development and marketing of Wiegand techno...

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