http://www.91way.com Axial encoder zh-cn Www.91way.com Copyright 2011-2012 Www.91way.com, All Rights Reserved 2026-6-21 10:16:40 http://www.91way.com/info_en/30938.html Axial encoder 2026-6-11 10:47:32 <P>J60MAX003 Rotary Inductive Axial Encoder</P> <P align=center><A href="http://www.91way.com/upload2025/202511/20251104122356734.jpg" target=_blank><IMG border=0 alt="Technical parameters of J60MAX003 rotary inductive shaft angle encoder" src="/upload2025/202511/20251104122356734.jpg"></A><BR></P> http://www.91way.com/info_en/30937.html Axial encoder 2026-6-11 10:47:23 <P>J60MAX001 Rotary Inductive Axial Encoder</P> <P align=center><A href="http://www.91way.com/upload2025/202511/20251104122133878.jpg" target=_blank><IMG style="FILTER: ; WIDTH: 488px; HEIGHT: 358px" border=0 hspace=0 alt="Technical parameters of J60MAX001 rotary inductive shaft angle encoder" src="/upload2025/202511/20251104122133878.jpg" width=488 height=358></A></P> http://www.91way.com/info_en/30908.html Axial encoder 2026-6-11 10:47:14 <P>J210MAXS002 Rotary Inductive Axial Encoder</P> <P align=center><A href="http://www.91way.com/upload2025/202511/20251103113244114.jpg" target=_blank><IMG border=0 alt="Technical parameters and installation dimensions of J210MAXS002 rotary inductive shaft angle encoder" src="/upload2025/202511/20251103113244114.jpg"></A><BR></P> http://www.91way.com/info_en/30907.html Axial encoder 2026-6-11 10:47:06 <P>J70MAXS007 Rotary Inductive Axial Encoder</P> <P align=center><A href="http://www.91way.com/upload2025/202511/20251103113046518.jpg" target=_blank><IMG border=0 alt="Technical parameters and installation dimensions of J70MAXS007 rotary inductive shaft angle encoder" src="/upload2025/202511/20251103113046518.jpg" width=680></A></P> http://www.91way.com/info_en/25064.html Axial encoder 2026-6-11 10:46:57 IB series encoder<BR><BR> <TABLE style="WIDTH: 100%; BORDER-COLLAPSE: collapse" border=1 cellSpacing=0 cellPadding=0 width="100%" align=center> <TBODY> <TR> <TD rowSpan=2> <P>Type marking</P></TD> <TD rowSpan=2> <P>Power supply voltage DC (V)</P></TD> <TD rowSpan=2> <P>Current consumption (mA)</P></TD> <TD rowSpan=2> <P>output method</P></TD> <TD colSpan=2> <P>Output voltage (V)</P></TD> <TD rowSpan=2> <P>injected current<BR>£¨mA£©</P></TD> <TD rowSpan=2> <P>Minimum load impedance<BR>£¨¦¸£©</P></TD> <TD rowSpan=2> <P>rise time<BR>£¨¦ÌS£©</P></TD> <TD rowSpan=2> <P>fall time<BR>£¨¦ÌS£©</P></TD> <TD rowSpan=2> <P>response frequency<BR>£¨KHz£©</P></TD></TR> <TR> <TD> <P>VH</P></TD> <TD> <P>VL</P></TD></TR> <TR> <TD> <P>001</P></TD> <TD> <P>5±0.5</P></TD> <TD> <P>eighty</P></TD> <TD> <P>voltage</P></TD> <TD> <P>four</P></TD> <TD> <P>zero point five</P></TD> <TD> <P>-</P></TD> <TD> <P>-</P></TD> <TD> <P>zero point three five</P></TD> <TD> <P>0£®03</P></TD> <TD> <P>one hundred</P></TD></TR> <TR> <TD> <P>002</P></TD> <TD> <P>12±1.2</P></TD> <TD> <P>one hundred and fifty</P></TD> <TD> <P>voltage</P></TD> <TD> <P>ten</P></TD> <TD> <P>zero point five</P></TD> <TD> <P>-</P></TD> <TD> <P>-</P></TD> <TD> <P>zero point three five</P></TD> <TD> <P>0£®03</P></TD> <TD> <P>one hundred</P></TD></TR> <TR> <TD> <P>003</P></TD> <TD> <P>15±1.5</P></TD> <TD> <P>one hundred and fifty</P></TD> <TD> <P>voltage</P></TD> <TD> <P>twelve</P></TD> <TD> <P>zero point five</P></TD> <TD> <P>-</P></TD> <TD> <P>-</P></TD> <TD> <P>zero point three five</P></TD> <TD> <P>0£®03</P></TD> <TD> <P>one hundred</P></TD></TR> <TR> <TD> <P>004</P></TD> <TD> <P>50±0.5</P></TD> <TD> <P>one hundred and fifty</P></TD> <TD> <P>Collector open circuit</P></TD> <TD> <P>-</P></TD> <TD> <P>-</P></TD> <TD> <P>forty</P></TD> <TD> <P>-</P></TD> <TD> <P>zero point three five</P></TD> <TD> <P>0£®03</P></TD> <TD> <P>one hundred</P></TD></TR> <TR> <TD> <P>005</P></TD> <TD> <P>12±1.2</P></TD> <TD> <P>one hundred and fifty</P></TD> <TD> <P>Collector open circuit</P></TD> <TD> <P>-</P></TD> <TD> <P>-</P></TD> <TD> <P>sixty</P></TD> <TD> <P>-</P></TD> <TD> <P>zero point three five</P></TD> <TD> <P>0£®03</P></TD> <TD> <P>one hundred</P></TD></TR> <TR> <TD> <P>006</P></TD> <TD> <P>12±1.2</P></TD> <TD> <P>two hundred and fifty</P></TD> <TD> <P>Collector open circuit</P></TD> <TD> <P>-</P></TD> <TD> <P>-</P></TD> <TD> <P>sixty</P></TD> <TD> <P>-</P></TD> <TD> <P>zero point three five</P></TD> <TD> <P>0£®03</P></TD> <TD> <P>one hundred</P></TD></TR> <TR> <TD> <P>007</P></TD> <TD> <P>12±1.2</P></TD> <TD> <P>one hundred and fifty</P></TD> <TD> <P>Long line driver</P></TD> <TD> <P>two point five</P></TD> <TD> <P>zero point five</P></TD> <TD> <P>-</P></TD> <TD> <P>-</P></TD> <TD> <P>zero point three five</P></TD> <TD> <P>0£®03</P></TD> <TD> <P>one hundred</P></TD></TR></TBODY></TABLE> <P align=center><BR><A href="http://www.91way.com/upload2014/201404/20140430184114353.jpg" target=_blank><IMG style="FILTER: ; WIDTH: 400px; HEIGHT: 217px" border=0 hspace=0 alt="Installation dimensions of IB series encoder" src="/upload2014/201404/20140430184114353.jpg" width=400 height=217></A><BR>IB series encoder<BR></P> http://www.91way.com/info_en/25063.html Axial encoder 2026-6-11 10:46:48 IE series rotary encoder<BR><BR> <TABLE style="WIDTH: 100%; BORDER-COLLAPSE: collapse" border=1 cellSpacing=0 cellPadding=0 width="100%" align=center> <TBODY> <TR> <TD rowSpan=2> <P>Type marking</P></TD> <TD rowSpan=2> <P>Power supply voltage DC<BR>£¨V£©</P></TD> <TD rowSpan=2> <P>current consumption<BR>£¨mA£©</P></TD> <TD rowSpan=2> <P>output method</P></TD> <TD colSpan=2> <P>Output voltage (V)</P></TD> <TD rowSpan=2> <P>injected current<BR>£¨mA£©</P></TD> <TD rowSpan=2> <P>Minimum load impedance<BR>£¨¦¸£©</P></TD> <TD rowSpan=2> <P>Rise and fall time<BR>£¨¦ÌS£©</P></TD> <TD rowSpan=2> <P>response frequency<BR>£¨KHz£©</P></TD></TR> <TR> <TD> <P>VH</P></TD> <TD> <P>VL</P></TD></TR> <TR> <TD> <P>05E</P></TD> <TD> <P>5±0.25</P></TD> <TD> <P>one hundred and fifty</P></TD> <TD> <P>voltage</P></TD> <TD> <P>three point five</P></TD> <TD> <P>zero point five</P></TD> <TD> <P>-</P></TD> <TD> <P>-</P></TD> <TD> <P>one</P></TD> <TD> <P>one hundred</P></TD></TR> <TR> <TD> <P>05C</P></TD> <TD> <P>5±0.25</P></TD> <TD> <P>one hundred and fifty</P></TD> <TD> <P>Collector open circuit</P></TD> <TD> <P>-</P></TD> <TD> <P>-</P></TD> <TD> <P>forty</P></TD> <TD> <P>-</P></TD> <TD> <P>one</P></TD> <TD> <P>one hundred</P></TD></TR> <TR> <TD> <P>05P</P></TD> <TD> <P>5±0.25</P></TD> <TD> <P>one hundred and fifty</P></TD> <TD> <P>Long line driver (SN75183)</P></TD> <TD> <P>two point five</P></TD> <TD> <P>zero point five</P></TD> <TD> <P>-</P></TD> <TD> <P>-</P></TD> <TD> <P>zero point two</P></TD> <TD> <P>one hundred</P></TD></TR> <TR> <TD> <P>05L</P></TD> <TD> <P>5±0.25</P></TD> <TD> <P>one hundred and fifty</P></TD> <TD> <P>Long line driver (AM26LS31)</P></TD> <TD> <P>two point five</P></TD> <TD> <P>zero point five</P></TD> <TD> <P>-</P></TD> <TD> <P>-</P></TD> <TD> <P>zero point two</P></TD> <TD> <P>one hundred</P></TD></TR> <TR> <TD> <P>05H</P></TD> <TD> <P>5±0.25</P></TD> <TD> <P>one hundred and fifty</P></TD> <TD> <P>Long line driver (MC3487)</P></TD> <TD> <P>two point five</P></TD> <TD> <P>zero point five</P></TD> <TD> <P>-</P></TD> <TD> <P>-</P></TD> <TD> <P>zero point two</P></TD> <TD> <P>one hundred</P></TD></TR> <TR> <TD> <P>05D</P></TD> <TD> <P>5±0.25</P></TD> <TD> <P>two hundred and fifty</P></TD> <TD> <P>Long line driver (SN75113)</P></TD> <TD> <P>two point five</P></TD> <TD> <P>zero point five</P></TD> <TD> <P>-</P></TD> <TD> <P>-</P></TD> <TD> <P>zero point two</P></TD> <TD> <P>one hundred</P></TD></TR> <TR> <TD> <P>12M</P></TD> <TD> <P>12±1.2</P></TD> <TD> <P>one hundred and fifty</P></TD> <TD> <P>Long line driver (MM88C30)</P></TD> <TD> <P>eight</P></TD> <TD> <P>zero point five</P></TD> <TD> <P>-</P></TD> <TD> <P>-</P></TD> <TD> <P>one</P></TD> <TD> <P>one hundred</P></TD></TR> <TR> <TD> <P>12E</P></TD> <TD> <P>12±1.2</P></TD> <TD> <P>one hundred and fifty</P></TD> <TD> <P>voltage</P></TD> <TD> <P>eight</P></TD> <TD> <P>zero point five</P></TD> <TD> <P>-</P></TD> <TD> <P>-</P></TD> <TD> <P>one</P></TD> <TD> <P>one hundred</P></TD></TR> <TR> <TD> <P>12C</P></TD> <TD> <P>12±1.2</P></TD> <TD> <P>one hundred and fifty</P></TD> <TD> <P>Collector open circuit</P></TD> <TD> <P>-</P></TD> <TD> <P>-</P></TD> <TD> <P>forty</P></TD> <TD> <P>-</P></TD> <TD> <P>one</P></TD> <TD> <P>one hundred</P></TD></TR> <TR> <TD> <P>12F</P></TD> <TD> <P>12±1.2</P></TD> <TD> <P>one hundred and fifty</P></TD> <TD> <P>complementary</P></TD> <TD> <P>eight</P></TD> <TD> <P>one</P></TD> <TD> <P>-</P></TD> <TD> <P>five hundred</P></TD> <TD> <P>one</P></TD> <TD> <P>one hundred</P></TD></TR> <TR> <TD> <P>15E</P></TD> <TD> <P>15±1.5</P></TD> <TD> <P>one hundred and fifty</P></TD> <TD> <P>voltage</P></TD> <TD> <P>ten</P></TD> <TD> <P>zero point five</P></TD> <TD> <P>-</P></TD> <TD> <P>-</P></TD> <TD> <P>one</P></TD> <TD> <P>one hundred</P></TD></TR> <TR> <TD> <P>15C</P></TD> <TD> <P>15±1.5</P></TD> <TD> <P>one hundred and fifty</P></TD> <TD> <P>Collector open circuit</P></TD> <TD> <P>-</P></TD> <TD> <P>-</P></TD> <TD> <P>forty</P></TD> <TD> <P>-</P></TD> <TD> <P>one</P></TD> <TD> <P>one hundred</P></TD></TR> <TR> <TD> <P>15F</P></TD> <TD> <P>15±1.5</P></TD> <TD> <P>one hundred and fifty</P></TD> <TD> <P>complementary</P></TD> <TD> <P>ten</P></TD> <TD> <P>one</P></TD> <TD> <P>-</P></TD> <TD> <P>five hundred</P></TD> <TD> <P>one</P></TD> <TD> <P>one hundred</P></TD></TR> <TR> <TD> <P>24E</P></TD> <TD> <P>24±2</P></TD> <TD> <P>one hundred and eighty</P></TD> <TD> <P>voltage</P></TD> <TD> <P>twenty</P></TD> <TD> <P>zero point five</P></TD> <TD> <P>-</P></TD> <TD> <P>-</P></TD> <TD> <P>two</P></TD> <TD> <P>one hundred</P></TD></TR> <TR> <TD> <P>24C</P></TD> <TD> <P>24±2</P></TD> <TD> <P>one hundred and eighty</P></TD> <TD> <P>Collector open circuit</P></TD> <TD> <P>-</P></TD> <TD> <P>-</P></TD> <TD> <P>forty</P></TD> <TD> <P>-</P></TD> <TD> <P>two</P></TD> <TD> <P>one hundred</P></TD></TR> <TR> <TD> <P>24F</P></TD> <TD> <P>24±2</P></TD> <TD> <P>one hundred and eighty</P></TD> <TD> <P>complementary</P></TD> <TD> <P>twenty</P></TD> <TD> <P>twenty</P></TD> <TD> <P>-</P></TD> <TD> <P>five hundred</P></TD> <TD> <P>two</P></TD> <TD> <P>ten</P></TD></TR></TBODY></TABLE> <P align=center><BR><A href="http://www.91way.com/upload2014/201404/20140430183558946.jpg" target=_blank><IMG style="FILTER: ; WIDTH: 400px; HEIGHT: 217px" border=0 hspace=0 alt="Installation dimensions of IE series rotary encoder" src="/upload2014/201404/20140430183558946.jpg" width=400 height=217></A><BR><BR>IE series rotary encoder<BR></P> http://www.91way.com/info_en/25062.html Axial encoder 2026-6-11 10:46:40 The IF series encoder is applied in automation fields such as automatic control and automatic measurement. Such as CNC machine tools, servo motors, high-speed elevators, robots, steel rolling machinery, textile machinery, printing machinery, light industry machinery, automotive industry, financial electronics, fuel dispensers, and flow meters.<BR><BR> <TABLE style="WIDTH: 100%; BORDER-COLLAPSE: collapse" border=1 cellSpacing=0 cellPadding=0 width="100%" align=center> <TBODY> <TR> <TD rowSpan=2> <P>Type marking</P></TD> <TD rowSpan=2> <P>Power supply voltage DC<BR>£¨V£©</P></TD> <TD rowSpan=2> <P>current consumption<BR>£¨mA£©</P></TD> <TD rowSpan=2> <P>output method</P></TD> <TD colSpan=2> <P>Output voltage (V)</P></TD> <TD rowSpan=2> <P>injected current<BR>£¨mA£©</P></TD> <TD rowSpan=2> <P>Minimum load impedance<BR>£¨¦¸£©</P></TD> <TD rowSpan=2> <P>Rise and fall time<BR>£¨¦ÌS£©</P></TD> <TD rowSpan=2> <P>response frequency<BR>£¨KHz£©</P></TD></TR> <TR> <TD> <P>VH</P></TD> <TD> <P>VL</P></TD></TR> <TR> <TD> <P>05E</P></TD> <TD> <P>5±0.25</P></TD> <TD> <P>one hundred and fifty</P></TD> <TD> <P>voltage</P></TD> <TD> <P>three point five</P></TD> <TD> <P>zero point five</P></TD> <TD> <P>-</P></TD> <TD> <P>-</P></TD> <TD> <P>one</P></TD> <TD> <P>one hundred</P></TD></TR> <TR> <TD> <P>05C</P></TD> <TD> <P>5±0.25</P></TD> <TD> <P>one hundred and fifty</P></TD> <TD> <P>Collector open circuit</P></TD> <TD> <P>-</P></TD> <TD> <P>-</P></TD> <TD> <P>forty</P></TD> <TD> <P>-</P></TD> <TD> <P>one</P></TD> <TD> <P>one hundred</P></TD></TR> <TR> <TD> <P>05P</P></TD> <TD> <P>5±0.25</P></TD> <TD> <P>one hundred and fifty</P></TD> <TD> <P>Long line driver (SN75183)</P></TD> <TD> <P>two point five</P></TD> <TD> <P>zero point five</P></TD> <TD> <P>-</P></TD> <TD> <P>-</P></TD> <TD> <P>zero point two</P></TD> <TD> <P>one hundred</P></TD></TR> <TR> <TD> <P>05L</P></TD> <TD> <P>5±0.25</P></TD> <TD> <P>one hundred and fifty</P></TD> <TD> <P>Long line driver (AM26LS31)</P></TD> <TD> <P>two point five</P></TD> <TD> <P>zero point five</P></TD> <TD> <P>-</P></TD> <TD> <P>-</P></TD> <TD> <P>zero point two</P></TD> <TD> <P>one hundred</P></TD></TR> <TR> <TD> <P>05H</P></TD> <TD> <P>5±0.25</P></TD> <TD> <P>one hundred and fifty</P></TD> <TD> <P>Long line driver (MC3487)</P></TD> <TD> <P>two point five</P></TD> <TD> <P>zero point five</P></TD> <TD> <P>-</P></TD> <TD> <P>-</P></TD> <TD> <P>zero point two</P></TD> <TD> <P>one hundred</P></TD></TR> <TR> <TD> <P>05D</P></TD> <TD> <P>5±0.25</P></TD> <TD> <P>two hundred and fifty</P></TD> <TD> <P>Long line driver (SN75113)</P></TD> <TD> <P>two point five</P></TD> <TD> <P>zero point five</P></TD> <TD> <P>-</P></TD> <TD> <P>-</P></TD> <TD> <P>zero point two</P></TD> <TD> <P>one hundred</P></TD></TR> <TR> <TD> <P>12M</P></TD> <TD> <P>12±1.2</P></TD> <TD> <P>one hundred and fifty</P></TD> <TD> <P>Long line driver (MM88C30)</P></TD> <TD> <P>eight</P></TD> <TD> <P>zero point five</P></TD> <TD> <P>-</P></TD> <TD> <P>-</P></TD> <TD> <P>one</P></TD> <TD> <P>one hundred</P></TD></TR> <TR> <TD> <P>12E</P></TD> <TD> <P>12±1.2</P></TD> <TD> <P>one hundred and fifty</P></TD> <TD> <P>voltage</P></TD> <TD> <P>eight</P></TD> <TD> <P>zero point five</P></TD> <TD> <P>-</P></TD> <TD> <P>-</P></TD> <TD> <P>one</P></TD> <TD> <P>one hundred</P></TD></TR> <TR> <TD> <P>12C</P></TD> <TD> <P>12±1.2</P></TD> <TD> <P>one hundred and fifty</P></TD> <TD> <P>Collector open circuit</P></TD> <TD> <P>-</P></TD> <TD> <P>-</P></TD> <TD> <P>forty</P></TD> <TD> <P>-</P></TD> <TD> <P>one</P></TD> <TD> <P>one hundred</P></TD></TR> <TR> <TD> <P>12F</P></TD> <TD> <P>12±1.2</P></TD> <TD> <P>one hundred and fifty</P></TD> <TD> <P>complementary</P></TD> <TD> <P>eight</P></TD> <TD> <P>one</P></TD> <TD> <P>-</P></TD> <TD> <P>five hundred</P></TD> <TD> <P>one</P></TD> <TD> <P>one hundred</P></TD></TR> <TR> <TD> <P>15E</P></TD> <TD> <P>15±1.5</P></TD> <TD> <P>one hundred and fifty</P></TD> <TD> <P>voltage</P></TD> <TD> <P>ten</P></TD> <TD> <P>zero point five</P></TD> <TD> <P>-</P></TD> <TD> <P>-</P></TD> <TD> <P>one</P></TD> <TD> <P>one hundred</P></TD></TR> <TR> <TD> <P>15C</P></TD> <TD> <P>15±1.5</P></TD> <TD> <P>one hundred and fifty</P></TD> <TD> <P>Collector open circuit</P></TD> <TD> <P>-</P></TD> <TD> <P>-</P></TD> <TD> <P>forty</P></TD> <TD> <P>-</P></TD> <TD> <P>one</P></TD> <TD> <P>one hundred</P></TD></TR> <TR> <TD> <P>15F</P></TD> <TD> <P>15±1.5</P></TD> <TD> <P>one hundred and fifty</P></TD> <TD> <P>complementary</P></TD> <TD> <P>ten</P></TD> <TD> <P>one</P></TD> <TD> <P>-</P></TD> <TD> <P>five hundred</P></TD> <TD> <P>one</P></TD> <TD> <P>one hundred</P></TD></TR> <TR> <TD> <P>24E</P></TD> <TD> <P>24±2</P></TD> <TD> <P>one hundred and eighty</P></TD> <TD> <P>voltage</P></TD> <TD> <P>twenty</P></TD> <TD> <P>zero point five</P></TD> <TD> <P>-</P></TD> <TD> <P>-</P></TD> <TD> <P>two</P></TD> <TD> <P>one hundred</P></TD></TR> <TR> <TD> <P>24C</P></TD> <TD> <P>24±2</P></TD> <TD> <P>one hundred and eighty</P></TD> <TD> <P>Collector open circuit</P></TD> <TD> <P>-</P></TD> <TD> <P>-</P></TD> <TD> <P>forty</P></TD> <TD> <P>-</P></TD> <TD> <P>two</P></TD> <TD> <P>one hundred</P></TD></TR> <TR> <TD> <P>24F</P></TD> <TD> <P>24±2</P></TD> <TD> <P>one hundred and eighty</P></TD> <TD> <P>complementary</P></TD> <TD> <P>twenty</P></TD> <TD> <P>twenty</P></TD> <TD> <P>-</P></TD> <TD> <P>five hundred</P></TD> <TD> <P>two</P></TD> <TD> <P>one hundred</P></TD></TR></TBODY></TABLE> <P align=center><A href="http://www.91way.com/upload2014/201404/20140430183317548.jpg" target=_blank><IMG style="FILTER: ; WIDTH: 500px; HEIGHT: 328px" border=0 hspace=0 alt="Installation dimensions of IF series encoder" src="/upload2014/201404/20140430183317548.jpg" width=500 height=328></A><BR>IF series encoder<BR></P> http://www.91way.com/info_en/25061.html Axial encoder 2026-6-11 10:46:31 The IK100 series encoder is a speed and displacement sensor that integrates optical, mechanical, and electrical technologies. When the encoder shaft drives the grating disk to rotate, the light emitted by the light-emitting element is cut into intermittent light rays by the grating disk and slit, and received by the receiving element to generate an initial signal. After subsequent circuit processing, the signal is output as a pulse (or code) signal.<BR><BR>Characteristics and Applications of IK100 Series Encoder<BR>It has small size, safety and convenience, good interchangeability, and strong anti-interference.<BR>High speed: up to 6000rpm, high frequency response 0-100KHz. The application user requires a maximum of 300KHZ. When placing an order, please specify this requirement.<BR>Wide resolution range: 10-100000P/R, wide application temperature range: standard application temperature -10 ¡æ -70 ¡æ; High temperature application temperature -25 ¡æ~100 ¡æ; Extremely high application temperature -35 ¡æ~120 ¡æ (please specify special requirements for orders).<BR>Strong axle load capacity, impact resistance, good earthquake resistance, high reliability, and long working life.<BR>Equipped with partial load short-circuit protection circuit, it can be equipped with a driver to extend the signal transmission distance.<BR><BR>Applied in automation fields such as automatic control and automatic measurement. Such as CNC machine tools, servo motors, high-speed elevators, robots, steel rolling machinery, textile machinery, printing machinery, light industry machinery, automotive industry, financial electronics, fuel dispensers, and flow meters.<BR><BR> <TABLE style="WIDTH: 100%; BORDER-COLLAPSE: collapse" border=1 cellSpacing=0 cellPadding=0 width="100%" align=center> <TBODY> <TR> <TD rowSpan=2> <P>Power supply voltage DC (V)</P></TD> <TD rowSpan=2> <P>Current consumption (mA)</P></TD> <TD rowSpan=2> <P>output method</P></TD> <TD colSpan=2> <P>Output voltage (V)</P></TD> <TD rowSpan=2> <P>Rise and fall time (¦Ì S)</P></TD> <TD rowSpan=2> <P>Response frequency (KHz)</P></TD></TR> <TR> <TD> <P>VH</P></TD> <TD> <P>VL</P></TD></TR> <TR> <TD rowSpan=3> <P>8-30</P></TD> <TD rowSpan=3> <P>¡Ü150</P></TD> <TD> <P>complementary</P></TD> <TD> <P>¡ÝVcc*70%</P></TD> <TD> <P>¡Ü0.5</P></TD> <TD> <P>¡Ü1</P></TD> <TD> <P>0~100</P></TD></TR> <TR> <TD> <P>voltage</P></TD> <TD> <P>¡ÝVcc*70%</P></TD> <TD> <P>¡Ü0.5</P></TD> <TD> <P>¡Ü1</P></TD> <TD> <P>0~100</P></TD></TR> <TR> <TD> <P>Collector open circuit</P></TD> <TD> <P>-</P></TD> <TD> <P>-</P></TD> <TD> <P>¡Ü1</P></TD> <TD> <P>0~100</P></TD></TR> <TR> <TD> <P>five</P></TD> <TD> <P>¡Ü150</P></TD> <TD> <P>Long line drive (26LS31)</P></TD> <TD> <P>¡Ý2.5</P></TD> <TD> <P>¡Ü0.5</P></TD> <TD> <P>¡Ü0.2</P></TD> <TD> <P>0~100</P></TD></TR> <TR> <TD> <P>five</P></TD> <TD> <P>¡Ü150</P></TD> <TD> <P>Long line drive (MC3487)</P></TD> <TD> <P>¡Ý2.5</P></TD> <TD> <P>¡Ü0.5</P></TD> <TD> <P>¡Ü0.2</P></TD> <TD> <P>0~100</P></TD></TR></TBODY></TABLE> <P align=center><A href="http://www.91way.com/upload2014/201404/20140430182837633.jpg" target=_blank><IMG style="FILTER: ; WIDTH: 400px; HEIGHT: 275px" border=0 hspace=0 alt="Installation dimensions of IK100 series encoder" src="/upload2014/201404/20140430182837633.jpg" width=400 height=275></A><BR>IK100 series encoder</P> http://www.91way.com/info_en/8693.html Axial encoder 2026-6-11 10:46:23 Characteristics of 110BZJ001 dual channel rotary transmitter shaft angle encoder<BR><BR>Using tracking feedback encoding method, the coarse and fine machine outputs of the dual channel rotary transmitter are separately encoded. Use error correction circuits to address the zero position deviation between coarse and fine channels. Equipped with analog compensation and digital compensation after encoding the shaft angle, it can further improve accuracy to the level of angular seconds.<BR><BR> <TABLE style="WIDTH: 680px; BORDER-COLLAPSE: collapse" border=1 cellSpacing=0 cellPadding=0 width=680 align=center> <TBODY> <TR> <TD width=87> <DIV align=center>Product Model</DIV></TD> <TD width=62> <DIV align=center>resolution</DIV></TD> <TD width=75> <DIV align=center>angular error</DIV></TD> <TD width=61> <DIV align=center>power consumption</DIV></TD> <TD width=237> <DIV align=center>output signal</DIV></TD> <TD width=225> <DIV align=center>working power supply</DIV></TD></TR> <TR> <TD width=87> <DIV align=center>110BZJ001</DIV></TD> <TD width=62> <DIV align=center>19.8¡å</DIV></TD> <TD width=75> <DIV align=center>£¼±39¡å</DIV></TD> <TD width=61> <DIV align=center>£¼5W</DIV></TD> <TD width=237> <DIV align=center>Sixteen bit parallel binary code (TTL level)</DIV></TD> <TD width=225> <DIV align=center>+5±0.75V£¬5±0.75V£¬+5±0.25V</DIV></TD></TR></TBODY></TABLE> <P align=center><BR>110BZJ001 dual channel rotary transmitter shaft angle encoder</P> <P align=center></P> http://www.91way.com/info_en/8692.html Axial encoder 2026-6-11 10:46:14 Characteristics of J87MAXS214 Single Channel Rotary Converter Shaft Angle Encoder<BR><BR>The RDC conversion circuit is composed of high-speed sine and cosine multipliers, reversible counters, error amplifiers, phase sensitive detectors, integrators, voltage controlled oscillators, etc., to achieve shaft angle/digital conversion of the output of a single channel rotary transmitter. It has analog compensation, digital compensation after encoding the shaft angle, and accuracy up to angle classification.<BR><BR> <TABLE style="WIDTH: 680px; BORDER-COLLAPSE: collapse" border=1 cellSpacing=0 cellPadding=0 width=680 align=center> <TBODY> <TR> <TD width=107> <DIV align=center>Product Model</DIV></TD> <TD width=110> <DIV align=center>Encoding numerical range</DIV></TD> <TD width=68> <DIV align=center>resolution</DIV></TD> <TD width=82> <DIV align=center>Work perspective</DIV></TD> <TD width=82> <DIV align=center>angular error</DIV></TD> <TD width=96> <DIV align=center>output format</DIV></TD> <TD width=154> <DIV align=center>power supply voltage</DIV></TD></TR> <TR> <TD width=107> <DIV align=center>J87MAXS214</DIV></TD> <TD width=110> <DIV align=center>000H~1FFFH</DIV></TD> <TD width=68> <DIV align=center>14bit</DIV></TD> <TD width=82> <DIV align=center>±60°</DIV></TD> <TD width=82> <DIV align=center>5¡ä16¡å</DIV></TD> <TD width=96> <DIV align=center>Serial Gray Code</DIV></TD> <TD width=154> <DIV align=center>-2.6V¡¢+12.6V¡¢+5V</DIV></TD></TR></TBODY></TABLE> <P align=center><BR>J87MAXS214 single channel rotary transmitter shaft angle encoder<BR><BR></P>