The YTA70P delivers the characteristics of both converters and transmitters. It has a space-saving design that offers low cost installation. The HART 7 protocol allows you to conveniently configure the transmitter using the latest FDT/DTM technology. HART 7 benefits include long tag, enhanced burst mode, and event notification. The YTA70P is the choice for rail-mounted control applications.
In control panels or cabinet applications, where a rail-mounted (DIN rail) temperature transmitter is needed. When you need both analog output and digital configuration / diagnostics (HART 7). For systems using a variety of temperature sensors (RTD, T/C, ohm, mV). In situations where space is limited — the compact “blade” design helps minimize footprint. In installations where cost-effective installation is important (less wiring, simple mounting).
4–20 mA analog output.
Digital communication: HART 7 supported.
HART 7 benefits: long tag (up to 32 chars), enhanced burst mode, event notification, command aggregation.
Supports 17 different input types — sensor input is user-selectable between: RTD, thermocouple (T/C), DC voltage (mV), or resistance (ohm).
Input options: 2-, 3-, 4-wire RTDs, various thermocouples, DC millivolts, resistance.
Designed for DIN-rail mounting (rail-mount) — specifically DIN EN 60715 (35 mm rail).
Panel-mount “blade”-style transmitter, so it combines converter + transmitter functionality.
Space-saving design, cost-effective installation.
Cold-junction compensation accuracy (for thermocouples): ± 1 °C.
Power supply effect: ± 0.005% of full scale per Volt.
Response time: programmable between 1 and 60 seconds.
Operating voltage: 8–35 V DC for normal type; for intrinsically safe version: 8–30 V DC.
For analog: 0 to (E−8)/0.0236 Ω (where E is supply voltage)
For HART: 250–600 Ω.
Input/output isolation: 1500 V AC.
For potentially explosive environments: in some models, transfer circuits are galvanically isolated, and the transmitter supports mounting in enclosures with adequate IP rating.
Ambient temperature range: –40 °C to +60 °C for some versions (option dependent)
Humidity: 0–95% RH (non-condensing) for typical models.
Weight: ~50 g (0.11 lb).
Case material: polycarbonate.
Sensor burnout detection: configurable “burnout” behavior — high (upscale), low (downscale) or fixed output (within 3.5–23 mA) on fault (NAMUR NE-43 style).
Certifications / EMC
EMC Conformity: EN61326-1, EN61326-2-3, EN55011.
Versions available for intrinsically safe applications.