Printronix 152425-901 Products
Printronix Parts Accessory Model Overview
Frequently Asked Questions
What wireless standards does the Cisco Catalyst IW9167 support?
The Cisco Catalyst IW9167 supports Wi-Fi 6 and Wi-Fi 6E capabilities, delivering faster speeds, lower latency, and increased capacity for high-density deployments. Its tri-radio architecture provides flexible deployment options to optimize performance across different network environments.
What are the specifications of the Star 37990080 receipt paper?
The Star 37990080 is a linerless removable receipt paper roll with 58 mm width, 170 ft length, 83 mm diameter, and 25 mm core. It features diamond coverage and comes in a case of 24 rolls, making it ideal for high-volume thermal printing environments. This paper is compatible with Star thermal printers including the TSP143IVSK and TSP654IISK models.
Is the IW9167 suitable for outdoor and harsh industrial environments?
Yes, the IW9167 is specifically designed for mission-critical applications in extreme environments. It features a rugged IP67-rated enclosure that ensures durability in harsh conditions, making it ideal for manufacturing plants, transportation hubs, and outdoor industrial networks.
Is this receipt paper compatible with my Star printer?
Yes, the Star 37990080 receipt paper is designed for Star thermal printers, including the TSP143IVSK and TSP654IISK models. We recommend verifying your specific printer model against our compatibility list, or contact us today to ensure this paper roll is the right fit for your equipment.
What connectivity modes does the Cisco Catalyst IW9167 offer?
The IW9167 supports Ultra-Reliable Wireless Backhaul (URWB) and WorkGroup Bridge (WGB) mode, providing seamless connectivity where wired networks are impractical. These modes enable uninterrupted wireless connectivity in challenging deployment scenarios.
What does 'linerless removable' mean for receipt paper?
Linerless removable receipt paper eliminates the traditional backing liner, reducing waste and material costs while maintaining easy label removal. The Star 37990080's linerless removable design with diamond coverage provides reliable performance in thermal printing applications without the environmental impact of standard liner-backed rolls.
What security features are built into the IW9167?
The Cisco Catalyst IW9167 includes integrated security features, including Cisco Trust Anchor for enhanced protection. These built-in security capabilities help ensure a resilient network infrastructure in demanding industrial environments.
How many rolls come in each case of Star 37990080 receipt paper?
Each case of Star 37990080 receipt paper contains 24 rolls. With 170 ft of paper per roll and a 58 mm width, this case quantity is designed to support sustained high-volume printing operations in warehouse and logistics environments.
What antenna options are available for the IW9167?
The IW9167 Series offers flexible antenna deployment options, with both external and integrated antenna choices available. This flexibility allows you to optimize connectivity based on your specific site conditions and network requirements.
What is the core size and diameter of this Star receipt paper roll?
The Star 37990080 receipt paper features an 83 mm outer diameter with a 25 mm core. These dimensions are standard for Star thermal printers and ensure proper loading and consistent feed during printing operations.
Which industries and applications is the IW9167 designed for?
The IW9167 is purpose-built for smart factories, logistics centers, and hazardous environments where reliable, high-performance wireless connectivity is critical. Its heavy-duty design and advanced features make it ideal for mission-critical industrial and transportation applications.
Where can I purchase Star 37990080 receipt paper rolls?
We offer the Star 37990080 receipt paper and a complete range of Star thermal printer supplies available from us at barcodesinc.com. Contact us today for bulk pricing, volume discounts, or to place an order for your warehouse or logistics operation.
