Designed for Direct Immersion applications where a male fitting is required for mounting, for use in tanks,
stacks, pressure vessels and similar applications. Sensors are supplied with a threaded hex fitting which is
welded to the sheath of the RTD providing a pressure seal for process applications where pressure and
flow are moderate.

	Model 201 - Refer to Model 101 if mounting fitting is not required. - Refer to 300 Series if spring loading is required for   thermowell applications.
	Model 203 Reduced Tip/Fast Response - Refer to Model 103 if mounting fitting is not required.

Specifications:

1. Model	Base Model/Series Number
2. A. Accuracy: B. TCR: C. Ice Point Resistance: D. Response Time :	Standard Class B (no code) High Class A (code H) Special Customer Specified (code S) * Industry Standard is DIN Curve (code 01B), Platinum, 100 @ 0°C. Conforms to IEC 751. Temperature Coefficient of Resistance is the temperature vs. resistance characteristics of a given metal (Pt, Cu & Ni) used in manufacturing the RTD. Determines the curve of the RTD. Ro - Resistance at 0°C (32°F) Dependent on sheath diameter, the smaller the diameter - the faster the response. See RTD General Specs.
3. Construction:	Code A - 316SS tube and wire construction, thin film element (.00385055) TCR, teflon insulated lead wire. Code C - 316SS tube and wire construction, wire wound element, fiberglass insulated lead wire. Code B & D - Inconel sheathed MgO construction, wire wound element, fiberglass insulated lead wire.
4. Lead Wires:
5. Sheath Diameter:	.250” (1/4”) is industry standard. Code C/N for reduced tip design.
6. Sheath Length:	Length from bottom of fitting to tip of sensor.
7. Welded Fitting:	Specify fitting size and style that suits application.
8. Lead Wire Length:	Length of wire beyond the sheath.
9. Lead Wire Protection:	Stainless Steel Overbraid or Stainless Steel Armor. Order length at 3-6” shorter than lead wire length. Example: Z024-X020
10.Water resistant:	Increases moisture protection for humid environments.