Loop-powered Isolated Toroidal Conductivity Transmitter TCSMA
Loop-powered Isolated Toroidal Conductivity Transmitter

Loop-powered Isolated Toroidal Conductivity Transmitter - TCSMA

4-20mA isolated output, loop-powered (16-35VDC),
User-adjustable temperature compensation (0-4%/°C),
Selectable measurement ranges,
Adjustable zero and span,
Direct/reverse operation.

Model: TCSMA

Product Introduction

I. Description of TCSMA Loop-powered Isolated Toroidal Conductivity Transmitter

TCSMA is specifically designed for online monitoring of water treatment applications and aggressive process chemicals.

The blind transmitter is ideal for applications requiring a 4-20mA signal where instrument reliability is critical.
Key features include: selectable measurement ranges, adjustable temperature compensation (%/°C), isolated output, and reversible cell drive.
Durable NEMA 4X (IP66) enclosure, mountable on wall, pipe, or DIN rail.
Pairing TCSMA with TCS3020 toroidal sensor ensures trouble-free service. TCS3000 and TCS3020 sensors are available in modified polyphenylene oxide (Noryl) construction
and can be installed in a custom flow cell (FC95C) for online use.

II. Features of TCSMA Loop-powered Isolated Toroidal Conductivity Transmitter

4-20mA isolated output, loop-powered (16-35VDC),
User-adjustable temperature compensation (0-4%/°C),
Selectable measurement ranges,
Adjustable zero and span,
Direct/reverse operation.

III. Specifications of TCSMA Loop-powered Isolated Toroidal Conductivity Transmitter:

Measurement range 0-100,000 uS, factory preset as 4-20mA

Ranges 2000-2500uS / 2500-15,000uS / 15,000-100,000uS / 100,000-1,000,000uS

Sensitivity 0.1%

Repeatability 0.2% of span

Non-linearity 1% of span for ranges >3000uS/cm—2% of span for ranges <3000uS/cm

Zero drift <1% of span/month, non-cumulative

Operating conditions -20 to 60 deg C, 0-95% R.H non-condensing

Temperature drift 0.06% of range /degC, span or zero

Stability 0.2% of range/24 hours, non-cumulative

Output isolation inherent isolation by sensor design

Response time 5 seconds to 90% of full scale