Introduction, General Description, Features and Benefits

Model TS420

1.0 Introduction

1.1General Description

The Model TS420 is a 4-20mA, loop-powered Oxygen Deficiency detector used for monitoring Oxygen levels. The micro-processor based electronics process information at the sensor site and are contained within a corrosion and solvent resistant plastic housing. An LCD display provides status indications that can be viewed through a window in the housing. The analog signal (0 to 25% V/V O2 full scale) provides remote and/or discrete indications of the sensor’s operation.

The TS420 is entity-approved as intrinsically safe for use in Class I, Divisions 1 & 2, Groups A, B, C and D, Class II, Groups E, F and G & Class III hazardous areas. It can also be used in general-purpose (non-hazardous) applications.

NOTE - Intrinsically safe applications require an I/S barrier mounted in a safe area. See Section 3.3.1 for guidelines.

1.2Features and Benefits

Microprocessor-Based Electronics: monitors for fault conditions, processes input signals from the sensor and provides outputs in the form of display codes and an analog signal.

One Person Adjustment-Free Calibration: initiate the calibration sequence with a magnet, apply 20.9% V/V O2, and wait for the display to indicate that the unit has completed the calibration. No user adjustments are required.

Two Segment LCD: indicates gas presence, operational modes, fault codes and calibration cues.

4 to 20 mA Output: transmits fault, calibration, and gas concentration levels to a remote display, computer or other device.

1.3Applications

This is a partial listing of applications.

!Wastewater Treatment Plants

!Chemical and Petrochemical Plants

!Refineries

!Pulp & Paper Plants

!Micro-chip Manufacturing

!Pharmaceuticals

!Food & Beverage

!Utilities

Figure 1 Model TS420

MANTS420, TS420 specifications

The GM TS420 and MANTS420 represent a breakthrough in agricultural technology tailored for enhancing both efficiency and productivity in farming operations. As versatile solutions, they are designed to meet the demands of contemporary agricultural practices.

One of the primary features of the GM TS420 is its powerful engine, which ensures robust performance across various terrains. The engine is specifically engineered to provide optimal fuel efficiency while minimizing emissions, aligning with modern environmental standards. This is crucial for farmers focused on maintaining a sustainable operation while reducing operational costs.

The MANTS420, on the other hand, stands out for its advanced precision farming technologies. Equipped with cutting-edge GPS and navigation systems, the MANTS420 allows for precise planting and harvesting. This precision is essential for maximizing yields and minimizing waste, as it enables farmers to apply inputs such as seeds, fertilizers, and pesticides more effectively and economically.

Both models feature a user-friendly interface, which streamlines operation and reduces the learning curve for new users. The touchscreen displays provide real-time data on machine performance, field conditions, and crop status, allowing farmers to make informed decisions quickly and efficiently.

In terms of durability, the GM TS420 and MANTS420 are built with high-quality materials designed to withstand the rigors of agricultural environments. Their sturdy chassis and high-ground clearance enhance maneuverability in challenging landscapes, making them ideal for diverse farming tasks.

Furthermore, the technology in both units includes telemetry and remote monitoring capabilities. This allows farmers to track performance metrics and receive maintenance alerts, minimizing downtimes and optimizing machine longevity.

The implement compatibility of the GM TS420 and MANTS420 is another noteworthy characteristic. Both models can accommodate a wide range of attachments, making them versatile tools for various agricultural tasks, from tilling and plowing to seeding and harvesting.

In conclusion, the GM TS420 and MANTS420 embody the synthesis of advanced engineering and technology in the agricultural sector. Their combination of robust power, precision farming capabilities, ease of use, durability, and versatility make them indispensable assets for modern farmers seeking to enhance productivity while adhering to sustainable practices.