X20IF1030貝加萊接口模塊是上海韋米機電設備有限公司主要優勢供應產品之一，奧地利貝加萊B&R全新原裝進口，質量保證，特價優勢供應；銷售熱線： ；聯系人：雷青；在線QQ：---；移動熱線： ；進口品牌備件上海優質供應商，常規產品現貨供應。歡迎新老客戶來電咨詢采購！


X20IF1030貝加萊接口模塊
X20IF1030 X20接口模塊,1個RS485/RS422,max. 115.2 kBit/s,電氣隔離


X20IF1030貝加萊接口模塊
緩存就是指可以進行高速數據交換的存儲器，它優先于內存與CPU交換數據，因此速度極快，所以又被稱為高速緩存。與處理器相關的緩存一般分為兩種——L1緩存，也稱內部緩存；和L2緩存，也稱外部緩存。
X20IF1030貝加萊接口模塊

貝加萊步進電機電機電纜：
80CM01001.21-01
Motor cable, length 1 m, 5x 0.75 mm2, 4-pin Molex connector on motor side,...
80CM02001.21-01
Motor cable, length 2 m, 5x 0.75 mm2, 4-pin Molex connector on motor side,...
80CM03001.21-01
Motor cable, length 3 m, 5x 0.75 mm2, 4-pin Molex connector on motor side,...
80CM05001.21-01
Motor cable, length 5 m, 5x 0.75 mm2, 4-pin Molex connector on motor side,...
80CM10001.21-01
Motor cable, length 10 m, 5x 0.75 mm2, 4-pin Molex connector on motor side,...
80CM15001.21-01
Motor cable, length 15 m, 5x 0.75 mm2, 4-pin Molex connector on motor side,...
80CM20001.21-01
Motor cable, length 20 m, 5x 0.75 mm2, 4-pin Molex connector on motor side,...

貝加萊步進電機電機電纜帶制動：
80CM01002.21-01
Motor cable, length 1 m, 5x 0.75 mm2, 2x 0.5 mm2, for stepper motors with brake,...
80CM02002.21-01
Motor cable, length 2 m, 5x 0.75 mm2, 2x 0.5 mm2, for stepper motors with brake,...
80CM03002.21-01
Motor cable, length 3 m, 5x 0.75 mm2, 2x 0.5 mm2, for stepper motors with brake,...
80CM05002.21-01
Motor cable, length 5 m, 5x 0.75 mm2, 2x 0.5 mm2, for stepper motors with brake,...
80CM10002.21-01
Motor cable, length 10 m, 5x 0.75 mm2, 2x 0.5 mm2, for stepper motors with brake,...
80CM15002.21-01
Motor cable, length 15 m, 5x 0.75 mm2, 2x 0.5 mm2, for stepper motors with brake,...
80CM20002.21-01
Motor cable, length 20 m, 5x 0.75 mm2, 2x 0.5 mm2, for stepper motors with brake,...

貝加萊步進電機Hiperface電機電纜：
80CM01001.61-01
Motor cable, length 1 m, 5x 0.75 mm2, for stepper motors with...
80CM02001.61-01
Motor cable, length 2 m, 5x 0.75 mm2, for stepper motors with...
80CM03001.61-01
Motor cable, length 3 m, 5x 0.75 mm2, for stepper motors with...
80CM05001.61-01
Motor cable, length 5 m, 5x 0.75 mm2, for stepper motors with...
80CM10001.61-01
Motor cable, length 10 m, 5x 0.75 mm2, for stepper motors with...
80CM15001.61-01
Motor cable, length 15 m, 5x 0.75 mm2, for stepper motors with...
80CM20001.61-01
Motor cable, length 20 m, 5x 0.75 mm2, for stepper motors with...

貝加萊步進電機混合電纜：
80CM01013.21-01
Hybrid cable, length 1 m, 4x 0.5 mm2, 2x 0.35 mm2, 3x 0.14 mm2, for stepper motors with...
80CM02013.21-01
Hybrid cable, length 2 m, 4x 0.5 mm2, 2x 0.35 mm2, 3x 0.14 mm2, for stepper motors with...
80CM03013.21-01
Hybrid cable, length 3 m, 4x 0.5 mm2, 2x 0.35 mm2, 3x 0.14 mm2, for stepper motors with...
80CM05013.21-01
Hybrid cable, length 5 m, 4x 0.5 mm2, 2x 0.35 mm2, 3x 0.14 mm2, for stepper motors with...
80CM10013.21-01
Hybrid cable, length 10 m, 4x 0.5 mm2, 2x 0.35 mm2, 3x 0.14 mm2, for stepper motors with...

貝加萊步進電機附件：
80XMPDXRE.W1-10
IP upgrade kit with cable clamp for stepper motors in the 80MPD and 80MPF series,...
80XMPHXRE.W1-10
IP upgrade kit with cable clamp for stepper motors from the 80MPH series, IP65, 10 units per package
80XMPXAC0.00-01
Accessory for stepper motors with encoder, 8-pin and 4-pin...
80XMPXAC0.00-02
Accessory for stepper motors with encoder + brake, 8-pin, 4-pin and 2-pin...
80XMPXAC1.00-10
Sealing for IP65 stepper motors for usage with 80CMxxxxx.26-01 cables, 10 units per package

貝加萊標準型行星齒輪減速器特點：
標準型行星齒輪減速器經打磨結合的太陽齒和行星齒，全鋼化的直齒及齒輪裝置確保高輸出扭矩和高精度定位。該系列減速器采用獨特的積木式組合設計原理，可以處理市面上同軸行星齒輪減速器的所有輸出幾何形狀。標準型減速器可以用作直角型行星齒輪減速器，法蘭輸出行星齒輪減速器和同軸行星齒輪減速器。

標準型減速器獨特的積木式組合設計
標準型減速器是一級減速比i= 3，4，5，8和10，背隙為≤ 8 - ≤ 15弧分。此外，它還提供二級和三級設計。在產品線的頂端，特級型減速器系列提供背隙≤1弧分，并具有高輸出 扭矩。貝加萊標準型減速器系列可以為您提供市面上存在的所有同軸行星減速器的輸出形狀供您選擇。
這使貝加萊在無需更改機器的情況下就能為現有的應用提供減速器。
就8GP55系列而言，在不需要極端小的背隙的應用中，可以將8GP60的輸出軸承和輸出形狀與標準的扭矩結合。這樣可以以經濟高效的方式解決高軸向力和徑向力。
標準系列中背隙足夠的情況下，在需要更高軸承力的應用中，它提供了經濟高效的解決方案。

貝加萊標準型行星齒輪減速器
貝加萊軸輸出行星齒輪減速器：
8GP40-040hh003klmm
Coaxial PG, i = 003, 1-stage, IP54
8GP40-040hh004klmm
Coaxial PG, i = 004, 1-stage, IP54
8GP40-040hh005klmm
Coaxial PG, i = 005, 1-stage, IP54
8GP40-040hh007klmm
Coaxial PG, i = 007, 1 stage, IP 54;
8GP40-040hh008klmm
Coaxial PG, i = 008, 1-stage, IP54
8GP40-040hh009klmm
Coaxial PG, i = 009, 2-stage, IP54
8GP40-040hh010klmm
Coaxial PG, i = 010, 1-stage, IP54
8GP40-040hh012klmm
Coaxial PG, i = 012, 2-stage, IP54
8GP40-040hh015klmm
Coaxial PG, i = 015, 2-stage, IP54
8GP40-040hh016klmm
Coaxial PG, i = 016, 2-stage, IP54
8GP40-040hh020klmm
Coaxial PG, i = 020, 2-stage, IP54
8GP40-040hh025klmm
Coaxial PG, i = 025, 2-stage, IP54
8GP40-040hh032klmm
Coaxial PG, i = 032, 2-stage, IP54
8GP40-040hh040klmm
Coaxial PG, i = 040, 2-stage, IP54
8GP40-040hh060klmm
Coaxial PG, i = 060, 3-stage, IP54
8GP40-040hh064klmm
Coaxial PG, i = 064, 2-stage, IP54
8GP40-040hh080klmm
Coaxial PG, i = 080, 3-stage, IP54
8GP40-040hh100klmm
Coaxial PG, i = 100, 2-stage, IP54
8GP40-040hh120klmm
Coaxial PG, i = 120, 3-stage, IP54
8GP40-040hh160klmm
Coaxial PG, i = 160, 3-stage, IP54
8GP40-040hh200klmm
Coaxial PG, i = 200, 3-stage, IP54
8GP40-040hh256klmm
Coaxial PG, i = 256, 3-stage, IP54
8GP40-040hh320klmm
Coaxial PG, i = 320, 3-stage, IP54
8GP40-040hh512klmm
Coaxial PG, i = 512, 3-stage, IP54
8GP40-060hh003klmm
Coaxial PG, i = 003, 1-stage, IP54
8GP40-060hh004klmm
Coaxial PG, i = 004, 1-stage, IP54
8GP40-060hh005klmm
Coaxial PG, i = 005, 1-stage, IP54
8GP40-060hh007klmm
Coaxial PG, i = 007, 1 stage, IP 54;
8GP40-060hh008klmm
Coaxial PG, i = 008, 1-stage, IP54
8GP40-060hh009klmm
Coaxial PG, i = 009, 2-stage, IP54
8GP40-060hh010klmm
Coaxial PG, i = 010, 1-stage, IP54
8GP40-060hh012klmm
Coaxial PG, i = 012, 2-stage, IP54
8GP40-060hh015klmm
Coaxial PG, i = 015, 2-stage, IP54
8GP40-060hh016klmm
Coaxial PG, i = 016, 2-stage, IP54
8GP40-060hh020klmm
Coaxial PG, i = 020, 2-stage, IP54
8GP40-060hh025klmm
Coaxial PG, i = 025, 2-stage, IP54
8GP40-060hh032klmm
Coaxial PG, i = 032, 2-stage, IP54
8GP40-060hh040klmm
Coaxial PG, i = 040, 2-stage, IP54
8GP40-060hh060klmm
Coaxial PG, i = 060, 3-stage, IP54
8GP40-060hh064klmm
Coaxial PG, i = 064, 2-stage, IP54
8GP40-060hh080klmm
Coaxial PG, i = 080, 3-stage, IP54
8GP40-060hh100klmm
Coaxial PG, i = 100, 2-stage, IP54
8GP40-060hh120klmm
Coaxial PG, i = 120, 3-stage, IP54
8GP40-060hh160klmm
Coaxial PG, i = 160, 3-stage, IP54
8GP40-060hh200klmm
Coaxial PG, i = 200, 3-stage, IP54
8GP40-060hh256klmm
Coaxial PG, i = 256, 3-stage, IP54
8GP40-060hh320klmm
Coaxial PG, i = 320, 3-stage, IP54
8GP40-060hh512klmm
Coaxial PG, i = 512, 3-stage, IP54
8GP40-080hh003klmm
Coaxial PG, i = 003, 1-stage, IP54
8GP40-080hh004klmm
Coaxial PG, i = 004, 1-stage, IP54
8GP40-080hh005klmm
Coaxial PG, i = 005, 1-stage, IP54
8GP40-080hh007klmm
Coaxial PG, i = 007, 1 stage, IP 54;
8GP40-080hh008klmm
Coaxial PG, i = 008, 1-stage, IP54
8GP40-080hh009klmm
Coaxial PG, i = 009, 2-stage, IP54
8GP40-080hh010klmm
Coaxial PG, i = 010, 1-stage, IP54
8GP40-080hh012klmm
Coaxial PG, i = 012, 2-stage, IP54
8GP40-080hh015klmm
Coaxial PG, i = 015, 2-stage, IP54
8GP40-080hh016klmm
Coaxial PG, i = 016, 2-stage, IP54
8GP40-080hh020klmm
Coaxial PG, i = 020, 2-stage, IP54
8GP40-080hh025klmm
Coaxial PG, i = 025, 2-stage, IP54
8GP40-080hh032klmm
Coaxial PG, i = 032, 2-stage, IP54
8GP40-080hh040klmm
Coaxial PG, i = 040, 2-stage, IP54
8GP40-080hh060klmm
Coaxial PG, i = 060, 3-stage, IP54
8GP40-080hh064klmm
Coaxial PG, i = 064, 2-stage, IP54
8GP40-080hh080klmm
Coaxial PG, i = 080, 3-stage, IP54
8GP40-080hh100klmm
Coaxial PG, i = 100, 2-stage, IP54
8GP40-080hh120klmm
Coaxial PG, i = 120, 3-stage, IP54
8GP40-080hh160klmm
Coaxial PG, i = 160, 3-stage, IP54
8GP40-080hh200klmm
Coaxial PG, i = 200, 3-stage, IP54
8GP40-080hh256klmm
Coaxial PG, i = 256, 3-stage, IP54
8GP40-080hh320klmm
Coaxial PG, i = 320, 3-stage, IP54
8GP40-080hh512klmm
Coaxial PG, i = 512, 3-stage, IP54
8GP40-120hh003klmm
Coaxial PG, i = 003, 1-stage, IP54
8GP40-120hh004klmm
Coaxial PG, i = 004, 1-stage, IP54
8GP40-120hh005klmm
Coaxial PG, i = 005, 1-stage, IP54
8GP40-120hh007klmm
Coaxial PG, i = 007, 1 stage, IP 54;
8GP40-120hh008klmm
Coaxial PG, i = 008, 1-stage, IP54
8GP40-120hh009klmm
Coaxial PG, i = 009, 2-stage, IP54
8GP40-120hh010klmm
Coaxial PG, i = 010, 1-stage, IP54
8GP40-120hh012klmm
Coaxial PG, i = 012, 2-stage, IP54
8GP40-120hh015klmm
Coaxial PG, i = 015, 2-stage, IP54
8GP40-120hh016klmm
Coaxial PG, i = 016, 2-stage, IP54
8GP40-120hh020klmm
Coaxial PG, i = 020, 2-stage, IP54
8GP40-120hh025klmm
Coaxial PG, i = 025, 2-stage, IP54
8GP40-120hh032klmm
Coaxial PG, i = 032, 2-stage, IP54
8GP40-120hh040klmm
Coaxial PG, i = 040, 2-stage, IP54
8GP40-120hh060klmm
Coaxial PG, i = 060, 3-stage, IP54
8GP40-120hh064klmm
Coaxial PG, i = 064, 2-stage, IP54
8GP40-120hh080klmm
Coaxial PG, i = 080, 3-stage, IP54
8GP40-120hh100klmm
Coaxial PG, i = 100, 2-stage, IP54
8GP40-120hh120klmm
Coaxial PG, i = 120, 3-stage, IP54
8GP40-120hh160klmm
Coaxial PG, i = 160, 3-stage, IP54
8GP40-120hh200klmm
Coaxial PG, i = 200, 3-stage, IP54
8GP40-120hh256klmm
Coaxial PG, i = 256, 3-stage, IP54
8GP40-120hh320klmm
Coaxial PG, i = 320, 3-stage, IP54
X20IF1030貝加萊接口模塊

行星齒輪減速器獨特的積木式組合設計
標準型減速器是一級減速比i= 3，4，5，8和10，背隙為≤ 8 - ≤ 15弧分。此外，它還提供二級和三級設計。在產品線的頂端，特級型減速器系列提供背隙≤1弧分，并具有高輸出 扭矩。貝加萊標準型減速器系列可以為您提供市面上存在的所有同軸行星減速器的輸出形狀供您選擇。
這使貝加萊在無需更改機器的情況下就能為現有的應用提供減速器。
就8GP55系列而言，在不需要極端小的背隙的應用中，可以將8GP60的輸出軸承和輸出形狀與標準的扭矩結合。這樣可以以經濟高效的方式解決高軸向力和徑向力。
標準系列中背隙足夠的情況下，在需要更高軸承力的應用中，它提供了經濟高效的解決方案。
X20IF1030貝加萊接口模塊
8LSA74.R0045D704-0
8LSA74.S0022D700-0
8LSA74.S0022D704-0
8LSA74.S0030D100-0
8LSA74.S1030D000-0
8LSA74.S1030D100-0
8LSA75.D0022D000-0
8LSA75.E0022D100-0
8LSA75.E0030C004-0
8LSA75.E0030C700-0
8LSA75.E0030D000-0
8LSA75.E0030D100-0
8LSA75.E0030D200-0
8LSA75.E0030D300-0
8LSA75.E0030D600-0
8LSA75.E1022D000-0
8LSA75.E1022D104-0
8LSA75.E1022D200-0
8LSA75.E1022D800-0
8LSA75.E1030C300-0
8LSA75.E1030D000-0
8LSA75.E1030D200-0
8LSA75.E1030D800-0
8LSA75.E2022C000-0
8LSA75.E2022D100-0
8LSA75.E2030D000-0
8LSA75.E2030D700-0
8LSA75.E3022D000-0
8LSA75.E3030D000-0
8LSA75.E3030D100-0
8LSA75.E3030D104-0
8LSA75.E3030D200-0
8LSA75.E3030D800-0
8LSA75.EB022D004-0
8LSA75.EB030DC04-0
8LSA75.R0015D104-0
8LSA75.R0022D100-0
8LSA75.R0022D700-0
8LSA75.R0030C100-0
8LSA75.R0030C600-0
8LSA75.R0030C700-0
8LSA75.R0030D000-0
8LSA75.R0030D100-0
8LSA75.R0030D200-0
8LSA75.R0030D300-0
8LSA75.R0030D700-0
8LSA75.S0022D600-0
8LSA75.S0022D604-0
8LSA83.E0022CC04-0
8LSA83.E1022D000-0
8LSA83.E1022D020-0
8LSA83.E1022D100-0
8LSA83.E1022D200-0
8LSA83.E1030D200-0
8LSA83.R0020D100-0
8LSA83.R0022D700-0
8LSA83.R0030D000-0
8LSA83.S1022D100-0
8LSA84.D1022D200-0
8LSA84.E0022D000-0
8LSA84.E0030D000-0
8LSA84.E0030D100-0
8LSA84.E0030D600-0
8LSA84.E1011C104-0
8LSA84.E1015C104-0
8LSA84.E1022C104-0
8LSA84.E1022D000-0
8LSA84.E1022D100-0
8LSA84.E1022D200-0
8LSA84.E1022D300-0
8LSA84.E1030C104-0
8LSA84.E1030D000-0
8LSA84.E1030D100-0
8LSA84.E1030D200-0
8LSA84.E1030D600-0
8LSA84.E1030D700-0
8LSA84.E1030D800-0
8LSA84.R0022D000-0
8LSA84.R0022D100-0
8LSA84.R0022D200-0
8LSA84.R0022D300-0
8LSA84.R0030D000-0
8LSA84.R0030D100-0
8LSA84.R0030D200-0
8LSA84.R0030D300-0
8LSA84.R0030D700-0
8LSA84.S1022C200-0
8LSA84.S1022D100-0
8LSA84.S1030D000-0
8LSA84.S1030D100-0
8LSA84.S1030D200-0
8LSA85.E0020D100-0
8LSA85.E1015C900-0
8LSA85.E1020C104-0
8LSA85.E1020D000-0
8LSA85.E1020D100-0
8LSA85.E1020D104-0
8LSA85.E1020D200-0
8LSA85.E1020D300-0
8LSA85.R0015D000-0
8LSA85.R0015D200-0
8LSA85.R0015D300-0
8LSA85.R0020C000-0
8LSA85.R0020C104-0
8LSA85.R0020C200-0
8LSA85.R0020D100-0
8LSA85.R0020D200-0
8LSA85.R0020D700-0
8LSA86.E0020D000-0
8LSA86.E0020D100-0
8LSA86.E0020D200-0
8LSA86.E1015D104-0
8LSA86.E1015D200-0
8LSA86.E1020C104-0
8LSA86.E1020D100-0
8LSA86.E1020D104-0
8LSA86.E1020D200-0
8LSA86.E1020D600-0
8LSA86.E1020D700-0
8LSA86.R0020C300-0
8LSA86.R0020D004-0
8LSA86.R0020D100-0
8LSA86.R0020D104-0
8LSA86.R0020D700-0
8LSA86.S1020D200-0
8LSC44.E0022D700-1
8LSC44.EB030D005-1
8LSC45.D0045D000-1
8LSC45.D0045D005-1
8LSC45.E0022D700-1
8LSC45.E0030C805-1
8LSC55.R0022D105-2
8LSC55.R0030D700-2
8LSC55.R0030D705-2
8LSC56.E0030D700-2
8LSC56.EA030C711-2
8LSC56.EA030D700-2
8LSC56.EA030D705-2
8LSC56.EB030C000-2
8LSC56.EB030D205-2
8LSC56.EB030D305-2
8LSC56.R0030D700-2
8LSC56.R0045D000-2
8LSC56.R0045D005-2
8LSC56.R0045D100-2
8LSC57.E0022D100-2
X20IF1030貝加萊接口模塊