Press Release Summary:
Available in 50 x 35 or 67 x 47 cm dimensions in either IP54 or IP65 ingress protection ratings, Glass Reinforced Polyester Inspection Doors offer thermal conductivity of 5000 times less than aluminum and 1000 times less than steel. Units can be used with acrylic, safety glass or insulated glass panel. Unit’s inner glass pane comes with heat-reflecting coating. Featuring 1.7 W/m²K U-value, doors are suitable for control and instrumentation enclosures and cabinets.
Original Press Release:
GRP Inspection Door for Field Instrumentation Enclosures Optimizes Protection in Harsh Processing Environments
- Supports trend to move control and instrumentation closer to the process
Today, Intertec announces a unique inspection door for outdoor equipment protection enclosures. The new GRP Inspection Door comes with a window frame made entirely from GRP (glass reinforced polyester) - a material offering a very high degree of protection against corrosion combined with excellent thermal insulation.
The design offers a more durable alternative to the conventional aluminium or stainless steel window frames commonly used for field equipment in harsh environments, helping to extend the lifecycles of business-critical process control and instrumentation equipment. Doors are available with either IP54 or IP65 ingress protection ratings.
Intertec's GRP inspection doors are ideal for enclosures and cabinets containing control and instrumentation equipment fitted with user interfaces, indicators and displays. This embraces a broad range of commonly-used field equipment including process transmitters and PLCs. A lot of this type of equipment is increasingly being located deeper inside the processing areas of a plant, where environments can expose the equipment to harsh and corrosive atmospheres.
GRP is an inherently inert material that is virtually immune to corrosion and atmospheric pollutants. It does not rust or degrade in any meaningful way, and is resistant to a wide range of chemicals. The GRP sheet material used in the door's construction also provides excellent thermal insulation for field equipment requiring heating or cooling. GRP's thermal conductivity is around 5,000 times less than aluminum and 1,000 times less than steel - alternative materials widely used for window frames in this application. This helps to eliminate 'thermal short cuts' between interior and exterior, which can lead to cold spots and condensation problems. In its basic form, these properties make GRP a superb material for robust outdoor enclosures - allowing maintenance-free lifecycles of 30 years and more.
Two variants of the new GRP inspection door are available with window frames measuring approximately 50x35 or 67x47 cm (19.7x13.8 or 26.4x18.5 inches). Intertec can fit these frames with acrylic, safety glass or insulated glass panels to suit the application. Options include an insulated glass panel filled with Argon - which has a significantly lower thermal conductivity than air. The U-value of the Argon-filled panel is 1.7 W/m²K. The inner glass pane of this unit also features a heat-reflecting coating offering a g-value of 50% to reduce the impact of solar energy heat transmittance (untreated insulating glass has a g-value of around 90%).
Intertec's GRP Inspection Door can be fitted with a variety of handles and locks to suit the application. As standard it comes in light grey, but it is optionally available in other colors. An antistatic version of the door is also available for hazardous area applications. More: www.intertec.info
For more information please contact any of Intertec's offices in North or South America:
American headquarters and manufacturing center: Intertec Instrumentation Ltd, 255 Henry Drive, Sarnia, Ontario N7T 7H5, Canada. Tel: +1 888 875 8756; firstname.lastname@example.org
System building center and support facility: Intertec Instrumentation Inc., 11116 West Little York, Building 1, Houston, Texas 77041, USA. Tel: +1 832 554-1153; email@example.com
South American support center: Intertec Instrumentation Inc, 11116 West Little York, Building 1, Houston, Texas 77041, USA Tel: +1 832 554-1163: firstname.lastname@example.org