ABB 83SR07E-E GJR2392700R121 Bus Coupling Module Control System Programmable Logic Controllers

Dettagli:

Luogo di origine:	Finlandia
Marca:	ABB
Certificazione:	COC
Numero di modello:	83SR07E-E

Termini di pagamento e spedizione:

Quantità di ordine minimo:	1 pezzo
Prezzo:	1000
Imballaggi particolari:	Originale
Tempi di consegna:	5-8 giorni lavorativi
Termini di pagamento:	T/T
Capacità di alimentazione:	10 pezzi al giorno

Contatto

Descrizione di prodotto dettagliata

Nome:	83SR07E-E GJR2392700R121	Modello:	83SR07E-E
Pacchetto:	Standard	Garanzia:	12 mesi
Peso lordo:	2,2 libbre / 35,2 oz / 1 kg	DIMENSIONI IMBALLAGGIO:	7 "x 7" x 4 "(18 cm x 18 cm x 10 cm)
Tempi di consegna:	1 ~ 3 giorni	Qualità:	Marchio 100%
Azione:	Disponibile

ABB 83SR07E-E GJR2392700R121 Bus Coupling Module Control System Programmable Logic Controllers

Product Details:

Brand Name	ABB
Model	83SR07E-E
Product ID	GJR2392700R121
Catalog	Procontrol
Origin	Sweden (SE)
Dimension	161612cm
Weight	0.5kg
HS Code	8537101190
Payment	T/T
Sales Price	$1000
Warranty	12 months
Lead time	3-5 work days

Description:

TheABB 83SR07E-E GJR2392700R1210 is designed for stored-program analog control of one or two process variables, featuring two continuous outputs for the correcting variables. It can control various types of actuators, including electrohydraulic, electropneumatic, and electric-motor-powered drives. These drives can be positioned locally at the transducer or in a continuously operating power electronics system, depending on the type of actuator. Additionally, the module can be integrated with a higher-level master control system to enhance single variable analog controls.

The ABB 83SR07E-E GJR2392700R1210 is a relay designed for use in industrial automation and control systems. The assignments of the module inputs and outputs to the shared memory registers is determined from the PDDS(programming, diagnosis and display system) on the basis of data supplied by the user. In the address list for module inputs, the source location address of the telegram to be received is allocated to the module input concerned.

Additional Information: