Our Forms and Documents Library contains the product manuals and service and technical bulletins for our products.
All files are downloadable Acrobat PDF files (Click here to download Adobe Acrobat Reader).
You can search by item number or product name.
Feb 28, 2018
6440TDR100 - Product Manuals
Thank you for purchasing the Field ScoutTM TDR Soil Moisture Meter. This manual describes the features and operation of the meter.
Soil moisture is a critical and, potentially highly variable component of the soil environment. Time-domain reflec-tometry is a proven technology for quickly and accurately determining volumetric water content (VWC) in soil.
Feb 26, 2018
Spectrum’s FieldScout® TDR 350 wins 2018 AE50 award - General Documents
Aurora, IL, January 25, 2018: The American Society of Agricultural and Biological Engineers (ASABE) has named Spectrum's FieldScout® TDR 350 winner of a 2018 AE50 award.
AE50 awards honor the year's most innovative designs in engineering products or systems for the food and agriculture industries. The FieldScout® TDR 350 will be featured in the January/February 2018 special issue of ASABE's magazine Resource: Engineering & Technology for a Sustainable World. For more details visit www.asabe.org/AE50.
Feb 22, 2018
3412 Red - Far Red Meter - Product Manuals
Thank you for purchasing a Field ScoutTM Red / Far Red Me-ter. This manual describes its features and operation.
Feb 20, 2018
3672 Alarm Output Module - Product Manuals
The Alarm Output Module (AOM) is a dry contact, control relay that operates as either a normally-open or
normally-closed single pole switch. The output is rated at 1 amp AC or DC. It should be used with low
voltage control signals due to its exposed terminal contacts.
Feb 08, 2018
2305GL Horiba - Product Manuals
Manual.
Look for the supplement too!
Oct 10, 2017
3613ARS Digital Temperature RH Sensor with Aspirated Radiation Shield - Product Manuals
Thank you for purchasing a Digital Temperature/RH Sensor with Aspirated Radiation Shield (ARS). To ensure temperature and humidity sensors output accurate meteorological data, they are usually housed inside a radiation shield. However, solar radiation of the surface of the shield will lead to the interior being heated above air temperature. Under outdoor conditions, natural airflow is usually sufficient to ensure air temperature readings are accurate. But when the sensor is located indoors (such as in a greenhouse), the air is often stagnant, which leads to insufficient circulation. The solar-powered fan forces air through the shield to ensure that the sensor is measuring ambient air.
Results: 290 Record(s) Found.