THERMOPROINSULATED POUR POT SERVERS

MODELS: TLXP12; TLXP19; CLXP64

ITEM NO

PROJECT

DATE

TLXP12

CLXP64

TLXP19.

ThermoPro™ Pour Pot Servers with Insulated Stainless Steel Liner... the unbreakable way to keep coffee hot, fresh & delicious.

From breakfast to dinner, pour hot, fresh-brewed coffee any time in the Curtis ThermoPro. These high-tech thermal servers are constructed entirely of stainless steel for durable, long-lasting use. Each features vacuum insulation to maintain coffee’s just-brewed temperature and seal in its tempting aroma and flavor for hours... WITHOUT additional heat!

Brew-Direct Convenience.

ThermoPro Servers (CLXP Models) are compatible with the new Curtis G3 Alpha™, Thermo Alpha, and other decanter-style brewers.* They are available in both regular and decaf models. (Regular and Orange Decaf lids may be ordered separately.)

Taller ThermoPro TLXP Models are perfect for brewing directly from Curtis Thermo Alpha (TA60) Brewing Systems.

FEATURES AT A GLANCE

High Tech Vacuum Insulated Stainless Steel Liner – Keeps coffee hot and at its peak of freshness without additional warming.

Unbreakable – Unlike glass, stainless steel liners will not break when bumped or dropped.

Brew-Direct Design – Fits directly below the brew cone for simple filling.

Ergonomically Engineered – Comfortable handle and large spout allow for easy pouring.

Server or Self-Serve Use – Smaller TLXP-12 is ideal for “leave on the table” use freeing up wait staff to serve customers.

Fits on Standard Warmer

*CAREFUL: Warmer should be disconnected by a qualified service technician when using stainless steel servers.

Uniquely designed base

“nests” into standard warmer plates.

Page 1
Image 1
Curtis manual Thermopro Insulated Pour POT Servers, Models TLXP12 TLXP19 CLXP64, Brew-Direct Convenience

CLXP64, TLXP12 specifications

The Curtis TLXP12 and CLXP64 are advanced electric vehicle controllers that exemplify innovation and efficiency in the field of electric propulsion systems. These controllers are designed to enhance the performance and reliability of various electric vehicles, including golf carts, utility vehicles, and light electric vehicles.

The TLXP12 is engineered for applications requiring high performance in a compact package. With a robust power output, it supports a wide range of battery types and voltages, making it versatile for different vehicle setups. Featuring a high-efficiency design, the TLXP12 ensures minimal energy loss and maximizes the driving range of electric vehicles. One of its standout features is the advanced regenerative braking system, which captures energy during deceleration and feeds it back into the battery, extending the vehicle's overall range.

On the other hand, the CLXP64 is a heavy-duty controller built to manage power-hungry electric applications. With superior heat dissipation capabilities, it is ideal for vehicles that experience demanding operational conditions. This controller is equipped with a robust motor management system that optimizes performance while ensuring safety and reliability. It incorporates sophisticated algorithms that provide smooth acceleration and deceleration, enhancing driver control and vehicle stability.

Both controllers include integrated CAN bus communication technology, allowing for seamless connectivity with other vehicle components and systems. This feature enables sophisticated vehicle diagnostics and monitoring, ensuring that operators can maintain optimal performance levels while safeguarding against potential issues.

Another notable technology featured in both TLXP12 and CLXP64 is customizable settings. Users can easily adjust parameters to suit specific driving conditions, enabling tailored performance characteristics for various applications. This adaptability makes them suitable for both recreational and industrial uses.

Furthermore, the Curtis controllers come equipped with high-fidelity motor controls that ensure precise operation, quiet performance, and reduced vibration, creating a pleasant driving experience. In summary, the Curtis TLXP12 and CLXP64 stand out for their efficiency, customizable settings, and advanced technologies, making them essential components for modern electric vehicles looking to enhance performance and usability.