Product model :266DSHASHA4A1B1
Brand :ABB
Product name transmitter
Country of Origin: Switzerland
Spot warranty: One year
Product Details :266DSHASHA4A1B1 ABB Gauge Pressure Transmitter Power Low power consumption (1 ~ 5v DC and HART)
Span limitation
It is recommended to select a transmitter sensor code that provides the lowest turn-off value to optimize performance characteristics. Zero suppression and elevation · zero point abuse and range can be set to any value within the limits of the measuring range listed in the table if:
· Abusive span ≥ minimum span
Damping can be configured with a time constant between 0 and 60 seconds. This is in addition to sensor response time. Preheating time ready for operation in 10 seconds with minimal damping as per specification. Insulation resistance >100 MQ at 500v DC(between terminal and ground).
Electromagnetic compatibility (EMC) conforms to en61326-1. Surge immunity (with surge protector)4kv according to IEC 100-4-5EN61000-4-5) Pressure Equipment Directive (PED) in accordance with ANSI/ISA standard 2014/68/UE
61010-1:12
Class III module H Good Engineering Practice (SEP) for PS≥20mpa, 200bar·pS < 20 MPa;
200 Bar humidity Relative humidity: up to 100%. Condensation, icing: Allowed. Vibration resistance
Acceleration up to 2g and frequency up to 100Ohz(according to IEC 60068-2-6). Acceleration limited to 1 g of housing stainless steel. Impact resistance acceleration :50g Duration :11 mi (according to IEC60068-2-27). The moist and dusty atmosphere transmitter is dust-proof, sand-proof, and protected
Resistance to immersion effect as specified in EN 60529(1989) IP67(| P68 as required) or NEMA Type 4X.
A transmitter is a device that converts a physical measurement signal or an ordinary electrical signal into a standard electrical signal output or can be output by a communication protocol.
The 266DSHASHA4A1B1 transmitter is usually composed of a sensing element and a conversion element. When the output of the sensor is a specified standard signal, it is called a transmitter. There are many kinds of it, in general, the transmitter sends a signal to the secondary instrument to make the secondary instrument display measurement data. Its principle is that the thermocouple or thermal resistance sensor converts the measured temperature into an electrical signal, and then sends the signal to the input network of the transmitter, which contains the related circuits such as zero adjustment and thermocouple compensation.
