Flow Electronics Devices have compact design.
Press Release Summary:
Microprocessor-based CAT Series devices are suitable for use with company's turbine flowmeters. CAT1 intelligent, loop-powered 4-20 mA transmitter offers linearization, CAT2 signal conditioner offers various output options, and CAT3 intelligent signal conditioner with linearization provides pulse output scaled per unit of flow. CAT2 and CAT3 offer high and low flow rate alarms. Combination of different circuit boards creates many options. Each unit holds 3 boards.Original Press Release:
Hoffer Flow Controls Introduces CAT Series Conditioner, Amplifiers and Transmitters
Hoffer Flow Controls is pleased to present the CAT Series of flow electronics, a new compact design of flow conditioners, amplifiers, and transmitters for use in combination with Hoffer turbine flowmeters. This trio of microprocessor based devices is capable of providing signal conditioning and amplification, as well as signal transmission depending on customer needs. Several enclosure options are available including general purpose with and without DIN rail mount, NEMA explosion-proof and ATEX-approved explosion-proof. CE compliant units are optionally available. The architecture of these units utilizes a combination of different circuit boards to create the many different options. Each unit is capable of holding 3 boards.
There are three varieties of the CAT Series. The CAT1 is an intelligent loop powered 4-20 mA transmitter with linearization, the CAT2 is a signal conditioner offering a variety of output options and also optional High and Low flow rate alarms, and the CAT3 is an intelligent signal conditioner with linearization and provides a pulse output scaled per unit of flow and optional High and Low flow rate alarms.
For more information on the New CAT Series and/or Hoffer turbine flowmeters please contact:
Hoffer Flow Controls, Inc.
Janna Critcher, Marketing Manager
P.O. Box 2145
Elizabeth City, NC 27906
TEL: 1-800-628-4584 NATIONWIDE
252-331-1997 FAX: 252-331-2886
Web Site: www.hofferflow.com
E-mail: janna@hofferflow.com
