SICK SIM1012-0AXG200 3D Belt Pick Edge computing device — SIM1012-0AXG200 3D Belt Pick

Image for illustration purposes only. Actual product may vary in appearance.

SICK

SICK SIM1012-0AXG200 3D Belt Pick Edge computing device

Model: SIM1012-0AXG200 3D Belt PickP/N: 1130785

Communication interface: Ethernet, Incremental, IO-Link, Serial, CAN, USBEnclosure rating: IP65Ambient temperature: 0 °CProcessor: dual-core ARM Cortex-A9 CPU with NEON accelerator
Sourced to order — delivered duty-paid, typically 2–3 weeks
WhatsApp

4-hour response · Pricing in SAR · Delivery across all KSA regions

Genuine OEM Products
4-Hour RFQ Response
KSA-Wide Delivery
Full Technical Support

SICK SIM1012-0AXG200 3D Belt Pick Edge computing device

The SICK SIM1012-0AXG200 3D Belt Pick Edge computing device is a SIM10xx series unit from SICK AG, supplied in Saudi Arabia by Razz Middle East under SICK order number 1130785.

This variant, type code SIM1012-0AXG200 3D Belt Pick, is specified with IP65 ingress protection.

Edge computing devices | SIM10xx | SIM1012-0AXG200 3D Belt Pick | Product category: Programmable devices | Supported products: Ruler3020, Ruler3060, Ruler3120 | Processor: Dual-core ARM Cortex-A9 CPU with NEON accelerator | Toolkit: SICK algorithm API | Further functions: FPGA for I/O handling | Connections: Power, Incremental, serial, CAN, S1-S6, IO-Link Master, Ethernet | Enclosure rating: IP65 | SensorApp: <a href="https://www.sick.com/p/p653425" target="_blank">3D Belt Pick SensorApp</a> | License included: 3D Belt Pick Licence <a href="https://www.sick.com/1126663" target="_blank">3D Belt Pick Licence</a> | Application development kit: SICK AppStudio, Can be programmed within the SICK AppSpace environment | Data storage and retrieval: Image and data logging via optional microSD memory card, internal RAM and external FTP

Across Saudi Arabia the SIM10xx series is specified for field wiring, IO-Link networks and control cabinet integration across automated plant. Razz Middle East supplies genuine SICK product with full documentation, supporting plants in Jubail, Dammam, Riyadh, Jeddah and Yanbu.

To order the SIM1012-0AXG200 3D Belt Pick (SICK part number 1130785), or to confirm the correct variant for your application, request a quotation from Razz Middle East and our team will respond within 4 business hours. We cross-reference legacy SICK part numbers and advise on equivalents where a series has been superseded.

Technical Specifications

Full specifications for the SIM1012-0AXG200 3D Belt Pick

Communication interface
Ethernet, Incremental, IO-Link, Serial, CAN, USB
Enclosure rating
IP65
Ambient temperature
0 °C
Processor
dual-core ARM Cortex-A9 CPU with NEON accelerator
Data transmission rate
2 x 10/100/1.000 Mbit/s, RS-232: 115,2 kBaud, RS-422/RS-485: 2 MBaud
Product version
SIM1012
Further functions
FPGA for I/O handling
Communication Interface detail
TCP/IP, IO-Link V1.1, RS-232, USB 2.0
Toolkit
SICK algorithm API
Supported products
Ruler3020, Ruler3060, Ruler3120
Application development kit
SICK AppStudio, Can be programmed within the SICK AppSpace environment
Power consumption
≤ 15 W
Product segment
edge computing devices
Product category
programmable devices
Certificate
EU declaration of conformity, UK declaration of conformity, ACMA declaration of conformity, China RoHS, cULus certificate

Key Features & Benefits

  • [
  • ]

Industrial Supplier in Saudi Arabia

Get a Quote for the SICK SIM1012-0AXG200 3D Belt Pick Edge computing device

We respond within 4 business hours. Send model SIM1012-0AXG200 3D Belt Pick for competitive pricing in SAR with delivery across Saudi Arabia and the GCC.

WhatsApp

Frequently Asked Questions — SIM1012-0AXG200 3D Belt Pick

Common questions from buyers in Saudi Arabia and the GCC

What is the SICK SIM1012-0AXG200 3D Belt Pick Edge computing device (SIM1012-0AXG200 3D Belt Pick) and what is it used for?

The SICK SIM1012-0AXG200 3D Belt Pick Edge computing device is a SIM10xx series unit from SICK AG, supplied in Saudi Arabia by Razz Middle East under SICK order number 1130785.

Where can I buy the SICK SIM1012-0AXG200 3D Belt Pick in Saudi Arabia?

Razz Middle East supplies genuine SICK products including the SICK SIM1012-0AXG200 3D Belt Pick Edge computing device (SIM1012-0AXG200 3D Belt Pick) across all regions of Saudi Arabia — Riyadh, Jeddah, Dammam, Al Khobar, Jubail, Yanbu, Mecca, and Medina. We source fast-moving items to order and can source specialist configurations. Request a quote on this page for same-day pricing.

How do I get the best price for the SIM1012-0AXG200 3D Belt Pick in KSA?

Click "Request Free Quote" on this page or message us the model number SIM1012-0AXG200 3D Belt Pick on WhatsApp. Our technical sales team responds within 4 business hours with a competitive price in SAR and a confirmed delivery lead time — with no hidden charges or handling fees.

Does Razz Middle East supply genuine SICK products in Saudi Arabia?

Yes. Razz Middle East is an independent industrial supplier, not an appointed SICK distributor. We source through SICK OEM channels or through authorised SICK distributor channels and supply 100% genuine product with full manufacturer warranty and documentation, serving the oil & gas, petrochemical, power generation, water, construction and manufacturing sectors across the Kingdom.

What is the delivery lead time for the SICK SIM1012-0AXG200 3D Belt Pick Edge computing device in Saudi Arabia?

Items are sourced to order and delivered duty-paid, typically 2-3 weeks, to Riyadh, Dammam, Jeddah and the Eastern Province. Project orders and non-standard configurations can take longer. Contact us with the exact model number SIM1012-0AXG200 3D Belt Pick to confirm the lead time for your quantity.

Can the SIM1012-0AXG200 3D Belt Pick be supplied for ARAMCO, SABIC, or NEOM projects in KSA?

Yes. Razz Middle East has experience supplying SICK equipment to major industrial projects and EPC contractors across Saudi Arabia. We can provide full technical documentation, Material Inspection Reports (MIR), and certificates of conformity to meet vendor approval requirements. Contact our project team to discuss your specific project requirements.