Para G | Glandless pump circulator | Wilo

Para G

Glandless pump circulator

The OEM solution for geothermal application.

High integration flexibility due to compatibility with former standard and high-efficiency series and a wide range of specific pump housings
Easy installation thanks to a compact and standardised design with a front access to signal connector and screws
Exists in 3 different control modes to respond better to your specific needs:
Self-controlled (SC or SCU) versions allowing several regulation modes and settings, easy to handle thanks to the green push button combined with a LED interface
External control mode through iPWM signal for direct information on pump status and power information directly from the pump itself
External LIN control mode allowing many data exchanges between the pump and the appliance to go a step further on digitalisation
High system protection due to functionalities such as air venting, manual restart as well as reset to factory settings upon control mode
Protection of the motor housing and screws against corrosion

Para G/15-130/7-50/SC

Number of results: [88]

Control mode

iPWM [24]

LIN [20]

LINX [4]

SC [20]

SCU [20]

Pipe connection, discharge side DNd

G 1 [22]

G 1½ [44]

G 2 [22]

Pipe connection, suction side DNs

G 1 [22]

G 1½ [44]

G 2 [22]

Port-to-port length L0

130 mm [48]

180 mm [40]

Power consumption P_{1 max}

43 W [16]

50 W [16]

60 W [8]

75 W [16]

87 W [32]

Product description	Pump housing	Control mode	Mains connection	Pipe connection, suction side DNs	Pipe connection, discharge side DNd	EEI ^*	Port-to-port length L0	Maximum operating pressure PN
Para G 15-130/6-43/iPWM1	RS	iPWM	1~230 V, 50/60 Hz	G 1	G 1	≤ 0.20	130 mm	10 bar
Para G 15-130/6-43/LIN	RS	LIN	1~230 V, 50/60 Hz	G 1	G 1	≤ 0.20	130 mm	10 bar
Para G 15-130/6-43/SC	RS	SC	1~230 V, 50/60 Hz	G 1	G 1	≤ 0.20	130 mm	10 bar
Para G 15-130/6-43/SCU	RS	SCU	1~230 V, 50/60 Hz	G 1	G 1	≤ 0.20	130 mm	10 bar
Para G 15-130/7-50/iPWM1	RS	iPWM	1~230 V, 50/60 Hz	G 1	G 1	≤ 0.20	130 mm	10 bar
Para G 15-130/7-50/LIN	RS	LIN	1~230 V, 50/60 Hz	G 1	G 1	≤ 0.20	130 mm	10 bar
Para G 15-130/7-50/SC	RS	SC	1~230 V, 50/60 Hz	G 1	G 1	≤ 0.20	130 mm	10 bar
Para G 15-130/7-50/SCU	RS	SCU	1~230 V, 50/60 Hz	G 1	G 1	≤ 0.20	130 mm	10 bar
Para G 15-130/8-60/iPWM1	RS	iPWM	1~230 V, 50/60 Hz	G 1	G 1	≤ 0.20	130 mm	10 bar
Para G 15-130/8-60/SC	RS	SC	1~230 V, 50/60 Hz	G 1	G 1	≤ 0.20	130 mm	10 bar
Para G 15-130/8-75/iPWM1	RS	iPWM	1~230 V, 50/60 Hz	G 1	G 1	≤ 0.21	130 mm	10 bar
Para G 15-130/8-75/LIN	RS	LIN	1~230 V, 50/60 Hz	G 1	G 1	≤ 0.21	130 mm	10 bar
Para G 15-130/8-75/SC	RS	SC	1~230 V, 50/60 Hz	G 1	G 1	≤ 0.21	130 mm	10 bar
Para G 15-130/8-75/SCU	RS	SCU	1~230 V, 50/60 Hz	G 1	G 1	≤ 0.21	130 mm	10 bar
Para G 15-130/8-87/LINX/O	RS	LINX	1~230 V, 50/60 Hz	G 1	G 1	≤ 0.20	130 mm	10 bar
Para G 15-130/9-87/iPWM1	RS	iPWM	1~230 V, 50/60 Hz	G 1	G 1	≤ 0.21	130 mm	10 bar
Para G 15-130/9-87/iPWM1/O	RS	iPWM	1~230 V, 50/60 Hz	G 1	G 1	≤ 0.20	130 mm	10 bar
Para G 15-130/9-87/LIN	RS	LIN	1~230 V, 50/60 Hz	G 1	G 1	≤ 0.21	130 mm	10 bar
Para G 15-130/9-87/LIN/O	RS	LIN	1~230 V, 50/60 Hz	G 1	G 1	≤ 0.20	130 mm	10 bar
Para G 15-130/9-87/SC	RS	SC	1~230 V, 50/60 Hz	G 1	G 1	≤ 0.21	130 mm	10 bar
Para G 15-130/9-87/SCU	RS	SCU	1~230 V, 50/60 Hz	G 1	G 1	≤ 0.21	130 mm	10 bar
Para G 15-130/9-87/SCU/O	RS	SCU	1~230 V, 50/60 Hz	G 1	G 1	≤ 0.20	130 mm	10 bar
Para G 25-130/6-43/iPWM1	RS	iPWM	1~230 V, 50/60 Hz	G 1½	G 1½	≤ 0.20	130 mm	10 bar
Para G 25-130/6-43/LIN	RS	LIN	1~230 V, 50/60 Hz	G 1½	G 1½	≤ 0.20	130 mm	10 bar
Para G 25-130/6-43/SC	RS	SC	1~230 V, 50/60 Hz	G 1½	G 1½	≤ 0.20	130 mm	10 bar
Para G 25-130/6-43/SCU	RS	SCU	1~230 V, 50/60 Hz	G 1½	G 1½	≤ 0.20	130 mm	10 bar
Para G 25-130/7-50/iPWM1	RS	iPWM	1~230 V, 50/60 Hz	G 1½	G 1½	≤ 0.20	130 mm	10 bar
Para G 25-130/7-50/LIN	RS	LIN	1~230 V, 50/60 Hz	G 1½	G 1½	≤ 0.20	130 mm	10 bar
Para G 25-130/7-50/SC	RS	SC	1~230 V, 50/60 Hz	G 1½	G 1½	≤ 0.20	130 mm	10 bar
Para G 25-130/7-50/SCU	RS	SCU	1~230 V, 50/60 Hz	G 1½	G 1½	≤ 0.20	130 mm	10 bar
Para G 25-130/8-60/iPWM1	RS	iPWM	1~230 V, 50/60 Hz	G 1½	G 1½	≤ 0.20	130 mm	10 bar
Para G 25-130/8-60/SC	RS	SC	1~230 V, 50/60 Hz	G 1½	G 1½	≤ 0.20	130 mm	10 bar
Para G 25-130/8-75/iPWM1	RS	iPWM	1~230 V, 50/60 Hz	G 1½	G 1½	≤ 0.21	130 mm	10 bar
Para G 25-130/8-75/LIN	RS	LIN	1~230 V, 50/60 Hz	G 1½	G 1½	≤ 0.21	130 mm	10 bar
Para G 25-130/8-75/SC	RS	SC	1~230 V, 50/60 Hz	G 1½	G 1½	≤ 0.21	130 mm	10 bar
Para G 25-130/8-75/SCU	RS	SCU	1~230 V, 50/60 Hz	G 1½	G 1½	≤ 0.21	130 mm	10 bar
Para G 25-130/8-87/LINX/O	RS	LINX	1~230 V, 50/60 Hz	G 1½	G 1½	≤ 0.20	130 mm	10 bar
Para G 25-130/9-87/iPWM1	RS	iPWM	1~230 V, 50/60 Hz	G 1½	G 1½	≤ 0.21	130 mm	10 bar
Para G 25-130/9-87/iPWM1/O	RS	iPWM	1~230 V, 50/60 Hz	G 1½	G 1½	≤ 0.20	130 mm	10 bar
Para G 25-130/9-87/LIN	RS	LIN	1~230 V, 50/60 Hz	G 1½	G 1½	≤ 0.21	130 mm	10 bar
* The benchmark for the most efficient circulators is EEI ≤ 0.20

Example:	Para G 15-130/7-50/SC-12
Para	Electronically controlled high-efficiency pump. Pump range adapted to requirements of the OEM market.
G	Dedicated to geothermal application
15-130	Nominal diameter - Pump housing length (inline cast iron)
7-50	Nominal delivery head range [m] - Power consumption [W]
SC	SC or SCU (low head loss system) = self controlled pump ; Δp-v, Δp-c, constant speed I, II, III
	iPWM = the pump is controlled by an external system via iPWM1 signal
	LIN = the pump is controlled by an external system via Lin Bus Communication

Para G

Glandless pump circulator

The OEM solution for geothermal application.

The OEM solution for geothermal application.

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