Pepperl+Fuchs Inc.

ASM58012 - 30-Bit Multiturn Absolute Encoder | Pepperl+Fuchs

N.º da peça: ASM58012 ✓ Ativo
Em estoque Enviado em 1 a 3 dias úteis
Contato para preços
MOQ: 1 |
Preço atualizado: 2026-10-19
Preços por volume
Qtd. Preço unitário Total
1 $0 $0,00
10 $0 $0,00
100 $0 $0,00
500 $0 $0,00
1.000 $0 $0,00
ℹ️ Todos os preços estão em USD

ASM58012 Visão geral

The Pepperl+Fuchs ASM58012 (ASM58-0 series) is a 30-bit multiturn absolute rotary encoder in an industrial standard ∅58 mm housing with recessed hollow shaft, delivering a 30-bit multiturn position value over an optically isolated RS-422 interface at data transfer rates up to 2 MBaud, with an integrated zero-set function.

An absolute rotary encoder is a position sensor that outputs a unique digital code for every shaft angle, unlike incremental encoders which only emit pulses relative to a reference point. In a multiturn absolute encoder, the singleturn position is supplemented by a geared internal multi-turn counter, so the exact shaft position is retained even across power cycles and full shaft rotations. Within the measurement hierarchy, it belongs to the family: position sensor -> rotary encoder -> absolute rotary encoder -> multiturn absolute rotary encoder.

Key features include the 30-bit multiturn resolution, which resolves both fine angle and complete revolutions without external counters; the optically isolated RS-422 (SSI-compatible) interface, which protects the controller from ground potential differences in noisy industrial environments; transfer rates up to 2 MBaud for fast cyclic position polling; and a recessed hollow shaft that simplifies mechanical coupling to motor or machine shafts.

The ASM58-0 series uses optical scanning technology in a rugged industrial-grade housing, making it suitable for continuous duty on machines that demand repeatable absolute positioning. The zero-set function allows the operator to redefine the reference position electrically, eliminating time-consuming mechanical re-alignment during commissioning or after tooling changes.

Typical applications include servo drive and motion-control positioning, factory automation and robotics, cranes and hoisting equipment, and heavy machinery such as packaging lines and material handling systems, where loss of position after power-down would otherwise force a slow homing cycle.

When integrating the encoder, verify supply voltage, shaft diameter, and output code configuration against the exact ASM58-0 ordering code, since the family covers multiple electrical and mechanical variants under the same base designation.

This page synthesizes verified manufacturer data, family variant cross-references, and practical integration guidance not found on the manufacturer datasheet alone.

Alternativas drop-in para ASM58012 — mesmo encapsulamento, compatível pino a pino. Peças de encapsulamento diferente que exigem retrabalho na PCB são excluídas.

Ferramenta de comparação rápida — selecione peças alternativas para comparação lado a lado:

ASM58I-F2AK1A0GN-1213

✅ Drop-In
📦 ∅58 mm industrial housing
same ASM58 58 mm multiturn absolute family; suffix-defined configuration (user-selectable output, 24 V DC class) - confirm output code and connection match

📋 Alternativa de referência (fora do catálogo)

ASM58N-F1AK1A0GN-1212

✅ Drop-In
📦 ∅58 mm industrial housing
same ASM58 multiturn absolute family, 24 V DC supply class; interface/configuration suffix differs from ASM58012 - verify RS-422 code option

📋 Alternativa de referência (fora do catálogo)

ASM58-H

✅ Drop-In
📦 ∅58 mm industrial housing
same 58 mm multiturn absolute family covered by the shared family datasheet; variant-level electrical and mechanical options differ per suffix

📋 Alternativa de referência (fora do catálogo)

ASM58012 Classificações máximas e características elétricas

Encoder Type Multiturn absolute rotary encoder
Resolução 30 Bit multiturn
Interface RS 422, optically isolated
Data Transfer Rate up to 2 MBaud
Housing Diameter 58 mm
Shaft Type Recessed hollow shaft
Zero-Set Function Yes
Housing Style Industrial standard
Scan Principle Optical

Guia de Configuração de Pinos do ASM58012 standard

Configuração de pinos para ASM58012 (pacote standard). A numeração dos pinos, funções e diagramas de conexão estão definidos no datasheet do fabricante. Consulte-o para o footprint exato e diretrizes de soldagem.

Diagrama de pinagem do pacote standard para ASM58012

Nenhum dado detalhado de pinagem disponível para ASM58012.

Consulte a ficha técnica para a configuração completa dos pinos.

Aplicações típicas

ASM58012 é adequado para 6 aplicaçãos: Servo Drive Positioning, Factory Automation and Robotics, Cranes and Hoisting Equipment, Packaging Machinery, Material Handling and Conveying, Test Benches and Industrial Machinery Retrofit.

🏭

Servo Drive Positioning

In servo drive and motion-control systems, the ASM58012 supplies the drive controller with a 30-bit multiturn absolute position value over its optically isolated RS-422 interface at up to 2 MBaud, fast enough for cyclic position feedback within each servo control cycle. Because the position is absolute, the axis is productive immediately after power-up without a homing routine, which is a decisive advantage on multi-axis machines where a full homing sequence delays startup by minutes. The recessed hollow shaft mounts directly over the motor shaft with a simple torque bracket, eliminating a flexible coupling and its associated misalignment errors. Designers should confirm the supply voltage and output code options of the exact ordering-code suffix and size cable shielding for the RS-422 differential signaling to preserve signal integrity over long motor-room cable runs.

🏭

Factory Automation and Robotics

Factory automation lines and robotic axes demand exact joint and rotary-table positions that survive power interruptions, and the ASM58012 addresses this with its 30-bit multiturn absolute output: position is available the instant power returns, eliminating reference runs that would otherwise stop the entire line. The optically isolated RS-422 interface at up to 2 MBaud tolerates the electrically noisy environment created by VFDs, contactors, and weld controllers on the plant floor, and the isolation prevents ground-loop currents from corrupting the position data over long cable runs to the PLC. The zero-set function lets commissioning engineers redefine the reference position electrically after tooling changes, cutting changeover time. Integration effort centers on matching the housing and hollow-shaft dimensions to the robot joint mechanics and confirming the RS-422 termination at the controller side.

🏭

Cranes and Hoisting Equipment

Cranes, hoists, and vertical lifting gear must retain absolute drum position through power loss for safety and repositioning accuracy. The ASM58012's 30-bit multiturn measurement tracks both drum rotation angle and total revolutions, so the load hook position is known at power restoration without re-referencing. Its industrial standard ∅58 mm housing is designed for the vibration and mechanical stress typical of heavy machinery duty, and the optically isolated RS-422 link at up to 2 MBaud delivers position data reliably to the crane controller over the long cable distances found on gantry and overhead cranes. The recessed hollow shaft mounts over the rope-drum shaft with a torque bracket, keeping the installation compact. Engineers should verify the ordering-code supply range against the crane control system and provide appropriate cable strain relief for mobile applications.

🏭

Packaging Machinery

High-speed packaging machines use rotary tables, cam shafts, and winding axes where repeatable absolute positioning directly determines registration accuracy of print, cut, and fill operations. The ASM58012 supplies 30-bit multiturn absolute position to the machine controller over RS-422 at up to 2 MBaud, enabling precise electronic cam synchronization each cycle without homing delays after every shift restart or emergency stop. The zero-set function is particularly valuable on packaging lines: after a format change, the operator redefines the machine datum electrically in seconds instead of mechanically re-aligning the encoder coupling. The optically isolated interface withstands the noise from servo drives and sealing heaters packed inside packaging machines. Confirm hollow-shaft bore size against the machine shaft and select the ordering-code suffix matching the 24 V DC control power typically available on such machines.

🏭

Material Handling and Conveying

Material handling systems such as sorters, storage-and-retrieval cranes, and turntables require reliable absolute position feedback to route product correctly and prevent collisions. The ASM58012 provides a 30-bit multiturn absolute position value that is instantly available at power-up, so a distribution center restarts without lengthy axis referencing. Its optically isolated RS-422 interface at up to 2 MBaud supports the long cable distances between drive cabinets and conveyor drives typical of warehouse installations, and the isolation protects against the ground potential differences that arise across large facilities. The robust ∅58 mm industrial housing with recessed hollow shaft suits shaft-end mounting on conveyor drive rollers and turntable gearboxes. Integration should verify the supply-voltage suffix and provide RS-422 termination and shielded cabling for maximum noise immunity in the warehouse environment.

🔧

Test Benches and Industrial Machinery Retrofit

Test benches, rotary indexing fixtures, and legacy machinery retrofits benefit from the ASM58012's combination of high 30-bit multiturn resolution and a widely supported optically isolated RS-422 serial interface at up to 2 MBaud, which most PLC, motion-controller, and data-acquisition platforms can read directly or through a standard SSI/R interface module. In retrofit projects, the zero-set function lets integrators establish the new machine datum purely electrically after installation, avoiding physical re-adjustment of the encoder. The standard ∅58 mm housing footprint matches the mounting dimensions common to the industrial encoder class, simplifying replacement of older multiturn units. Because the ASM58 family spans multiple suffix configurations, integrators should match supply voltage, code sequence, and connector type to the existing controller wiring before ordering, and account for the 2 MBaud maximum data rate in high-speed polling designs.

Resumo dos produtos recomendados

ASM58I-F2AK1A0GN-1213 Same-family ASM58 variant with user-selectable output configuration Usado em: Servo Drive Positioning, Cranes and Hoisting Equipment, Material Handling and Conveying ASM58N-F1AK1A0GN-1212 Same-family 24 V DC ASM58 variant for servo installations Usado em: Servo Drive Positioning, Factory Automation and Robotics, Cranes and Hoisting Equipment, Packaging Machinery, Material Handling and Conveying, Test Benches and Industrial Machinery Retrofit ASM58-H ASM58 family variant for automation retrofits Usado em: Factory Automation and Robotics, Packaging Machinery, Test Benches and Industrial Machinery Retrofit
What is the resolution of the ASM58012 encoder?
The ASM58012 (ASM58-0 series from Pepperl+Fuchs) provides a 30-bit multiturn resolution. According to the Pepperl+Fuchs product page, this means the encoder resolves fine angular position plus complete shaft revolutions without needing an external counter, and the position is retained through power loss because the output is absolute rather than incremental.
What is the ASM58012 datasheet and where can I download the PDF?
The datasheet covering ASM58012 is the Pepperl+Fuchs ASM58-0 multiturn absolute encoder documentation, listed by Alldatasheet as a 375 Kb / 7-page PDF from Pepperl+Fuchs Inc. You can access the official product page and documentation via the Pepperl+Fuchs website product listing for the ASM58-0 series. Always confirm the exact ordering code variant before downloading, as the ASM58 family includes multiple electrical and mechanical configurations.
Where can I buy the ASM58012 encoder and what does it cost?
The ASM58012 is available through Pepperl+Fuchs distribution channels; Alldatasheet lists distributor inventory, price, and RFQ options for this part. XAIPART operates on a quote/order-on-request basis for this product, so contact XAIPART with your quantity for a current quotation. Because this is an industrial encoder with configuration variants, pricing depends on the exact suffix code, quantity, and lead time as of the current date.
Is the ASM58012 in stock, and what is the lead time?
Stock and lead time for the ASM58012 vary by configuration suffix and must be confirmed at order time. Alldatasheet lists live distributor stock feeds for ASM58012, and Pepperl+Fuchs or its authorized distributors can confirm factory lead time. For XAIPART orders, this part is handled as order-on-request; request a quote and we will confirm current availability, unit price, and expected delivery schedule as of the current date.
What is the difference between ASM58012 (ASM58-0) and the ASM58-H variant?
Both belong to the Pepperl+Fuchs ASM58 multiturn absolute encoder family and share the 30-bit multiturn concept and the ∅58 mm industrial housing. The ASM58-0 base series is documented for the ASM58012 ordering code, while ASM58-H denotes a different variant within the same family. According to Alldatasheet, the family datasheet covers multiple part numbers including ASM58-0 and ASM58-H; the differences lie in the suffix-defined electrical interface and mechanical options, so compare ordering codes before substituting.
What interface does the ASM58012 use and how fast is it?
The ASM58012 uses an optically isolated RS-422 interface with data transfer rates up to 2 MBaud, per the Pepperl+Fuchs product page. The optical isolation protects the controller from ground potential differences and common-mode noise on long cable runs typical of factory installations. The 2 MBaud rate supports fast cyclic position polling for servo and motion-control applications where the controller reads the absolute position every control cycle.
What can replace the ASM58012 encoder?
The safest replacements are other Pepperl+Fuchs ASM58 family encoders with a matching suffix configuration, such as ASM58I-F2AK1A0GN-1213 or ASM58N-F1AK1A0GN-1212 listed by DigiKey, provided supply voltage, output code, and shaft dimensions match your unit. Cross-brand absolute encoders are generally not pin-to-pin drop-in replacements because mounting, connector, and protocol configurations differ; any cross-brand substitution requires verification of mechanical coupling and the serial interface configuration against the original ordering code.
What is the best cross-brand equivalent for the ASM58012?
No cross-brand drop-in equivalent is verified for the ASM58012 in the available data. Cross-brand multiturn absolute encoders exist (for example in the same ∅58 mm housing class), but they differ in connector pinout, serial protocol configuration, and supply range, so they are not pin-to-pin drop-in replacements. The recommended approach is to stay within the Pepperl+Fuchs ASM58 family using the same suffix code, or perform a full mechanical and electrical comparison before committing to a cross-brand part.
When should I choose the ASM58012 over an incremental encoder?
Choose the ASM58012 when the machine must know its true shaft position immediately after power-up without a homing or reference run. Its 30-bit multiturn absolute output retains position across power cycles, whereas an incremental encoder loses position and forces a time-consuming homing cycle. The optically isolated RS-422 interface at up to 2 MBaud also suits long cable runs in electrically noisy plants. For simple speed feedback, an incremental encoder is cheaper; for absolute positioning, the ASM58012 is the correct choice.
How does the zero-set function of the ASM58012 work?
The ASM58012 includes a zero-set function, according to the Pepperl+Fuchs product page. This feature lets you electrically redefine the current shaft position as the new zero reference, rather than mechanically rotating the encoder or the machine to align the reference mark. It is especially useful during commissioning, after tooling changes, or when the mechanical datum of the machine shifts, saving setup time and eliminating mechanical re-adjustment of the coupling.
What are the key specifications of the ASM58012 that engineers should know?
The ASM58012 is a Pepperl+Fuchs ASM58-0 series multiturn absolute rotary encoder with these verified key specifications: 30-bit multiturn resolution; optically isolated RS-422 interface; data transfer up to 2 MBaud; industrial standard ∅58 mm housing; recessed hollow shaft; and a zero-set function. Supply voltage, protection rating, and temperature range depend on the exact ordering-code suffix and should be confirmed from the family datasheet before final design.
Is the ASM58012 the same as the SY58012U?
No. The ASM58012 maps to the Pepperl+Fuchs ASM58-0 multiturn absolute rotary encoder, an electromechanical position sensor with a 30-bit multiturn output and RS-422 interface. The SY58012U is a completely unrelated Microchip (former Micrel) 5 GHz 1:2 LVPECL clock fanout buffer IC in a 16-VFQFN package. The two part numbers are similar only in digit pattern; they serve entirely different functions and must never be substituted for each other.
Is the ASM58012 suitable for servo drive positioning applications?
Yes. The ASM58012 is well suited to servo drive and motion-control positioning because its 30-bit multiturn absolute resolution gives the drive controller the exact shaft position at power-up without homing, and the optically isolated RS-422 interface at up to 2 MBaud supports fast cyclic position reads over long industrial cable runs. The recessed hollow shaft simplifies mounting directly on the motor shaft. Confirm the ordering-code suffix for supply voltage and mechanical dimensions before integration.
What mounting and mechanical considerations apply to the ASM58012?
The ASM58012 uses an industrial standard ∅58 mm housing with a recessed hollow shaft, per the Pepperl+Fuchs product data. With a hollow-shaft design, the encoder mounts over the machine or motor shaft, typically with a torque bracket or stator coupling, and no flexible shaft coupling is required. Verify the shaft diameter of the specific ordering code, available through-hole clearance, and coupling method during mechanical design, and ensure the housing is clamped without axial loading on the bearing.
What is the lifecycle status of the ASM58012 and is it RoHS compliant?
The ASM58-0 series (ASM58012) appears as an active product on the current Pepperl+Fuchs website, so the lifecycle status is treated as active. RoHS compliance for this specific ordering code was not stated in the retrieved data and must be confirmed from the manufacturer product page or a certificate of conformity before shipping to regulated markets. Contact Pepperl+Fuchs or XAIPART for the latest compliance documentation for your exact suffix configuration.

Dados de referência de engenharia para ASM58012 — comparação, orientação de projeto e informações de conformidade.

Guia de seleção

Choose the ASM58012 (Pepperl+Fuchs ASM58-0 series) when your machine needs true multiturn absolute position that survives power loss - servo axes, cranes, rotary tables, and packaging machinery where homing cycles cost production time. Its 30-bit multiturn resolution, optically isolated RS-422 up to 2 MBaud, and electrical zero-set function make it the reference choice within the ASM58 family for noisy, long-cable industrial installations. Choose the same-family ASM58I-F2AK1A0GN-1213 when you need a user-selectable output configuration, or ASM58N-F1AK1A0GN-1212 when a documented 24 V DC supply variant matches your control power. Choose ASM58-H only after verifying its suffix-defined electrical and mechanical options. Avoid confusing ASM58012 with Microchip's SY58012U clock buffer - the names are numerically similar but the functions are entirely unrelated. Because ASM58 suffix codes define voltage, code, and connector, always match the full ordering code before substituting any variant.

Comparação com alternativas

Parâmetro Este produto ASM58I-F2AK1A0GN-1213 ASM58N-F1AK1A0GN-1212 ASM58-H
Package ∅58 mm industrial standard housing, recessed hollow shaft ∅58 mm industrial standard housing - same family ∅58 mm industrial standard housing - same family ∅58 mm industrial standard housing - same family
Brand Pepperl+Fuchs Inc. Pepperl+Fuchs Inc. Pepperl+Fuchs Inc. Pepperl+Fuchs Inc.

Principais diferenciais

  • 30-bit multiturn absolute output retains position through power loss (vs incremental encoders of equivalent ∅58 mm housing class)
  • Optically isolated RS-422 up to 2 MBaud (vs ASM58-H)
  • Zero-set function simplifies commissioning (vs ASM58I-F2AK1A0GN-1213)

Notas de projeto

The ASM58012 transmits its 30-bit multiturn position over an optically isolated RS-422 interface at up to 2 MBaud. Use twisted-pair shielded cable for the differential RS-422 signals, ground the shield at the controller end only to avoid ground loops, and terminate the differential pair per the controller receiver requirements at 2 MBaud line lengths. The optical isolation protects against ground potential differences across large machines, but the isolation is defeated if the shield is grounded at both ends without isolation practices.

The ASM58 family covers many suffix configurations (supply voltage, output code, connector, shaft diameter) under the ASM58-0 base designation. Do not assume a same-family part is interchangeable: verify supply voltage, output electrical level and code format, connection type, and hollow-shaft bore against the specific ASM58012 ordering code before substitution. Also note that ASM58012 must not be confused with the unrelated Microchip SY58012U clock buffer IC, which appears alongside it in parametric searches.

Mechanical installation of this hollow-shaft encoder drives reliability more than electronics. Mount the ∅58 mm housing over the machine shaft with the manufacturer-recommended torque bracket or stator pin so housing rotation is prevented without imposing axial or radial loads on the internal bearings. Use the zero-set function during commissioning to establish the electrical datum instead of mechanically rotating the encoder, and recheck shaft coupling tightness after the first thermal cycle of the machine.

Informações de conformidade

RoHS
Unknown
REACH
Unknown
AEC-Q100
Not Applicable
Sem chumbo
Unknown
Sem halogênios
Unknown
Minerais de conflito
Unknown

Compliance statements for the specific ASM58012 ordering code were not stated in the retrieved web data and must be obtained from Pepperl+Fuchs certificates of conformity.

Dados verificados em: 2026-10-19 — dados verificados e curados pela equipe de engenharia de componentes da XAIPART

Buscas relacionadas

ASM58012 datasheet ASM58012 price and stock Pepperl+Fuchs ASM58-0 multiturn absolute encoder 30 bit multiturn absolute rotary encoder RS 422 2 MBaud 58 mm hollow shaft absolute encoder ASM58012 servo drive position feedback ASM58012 equivalent substitute ASM58-0 vs ASM58-H difference buy ASM58012 encoder online what is a multiturn absolute encoder ASM58012 zero-set function absolute encoder for crane drum positioning

Componentes & termos relacionados

Pepperl+Fuchs Inc. ASM58012 ASM58-0 ASM58-H ASM58I-F2AK1A0GN-1213 ASM58N-F1AK1A0GN-1212 multiturn absolute rotary encoder absolute encoder rotary encoder position sensor RS 422 optical isolation SSI-compatible serial interface 30-bit resolution 2 MBaud hollow shaft encoder ∅58 mm industrial housing zero-set function servo drive positioning factory automation RoHS
RFQ de cotação rápida
Preencha todos os detalhes — nossa equipe de vendas responderá em até 24 horas
Part number Fabricante Encapsulamento QTY Preço-alvo Total
Total: $0.00 USD
✓
Cotação enviada!

Responderemos seu e-mail em até 24 horas

1
RFQ enviada
2
Cotação recebida
3
Pedido realizado
4
Pagamento
5
Enviado
6
Entregue
Ver detalhes da RFQ