SENSOR Options ( both these OEMs as separate 3rd party Co’s are generally insensitive to such customer ( HigherTech ) requirements !
Pressure at PumpOut or in-line transfer ( PSI ) re needle blockages viscosity Or particulates > slurries > maybe ?)
FORCE Thrust required by Pump Pump Drive > “gear train” damage ISP - Stall LImit switches(2); 5 adjustable FORCE Settings ( in situ) NE - Stall LImit switches(q), Stepper Motor Heat vibration Cut-out), rubber drivebelt. As a Safety precaution USE “ON/OFF“ LED Panel Or appropriate S’ware to actually control the pump !
DO NOT RELY ON Stall Switch ( repeated Use causes “catastrophic:damage eventually, rubber Drivebelt and Nylon Drive Nut wear > an issue !
SOME APPS rmight equire Constant microFLOW AND / Or PULSELESS Operation
MOST PUMP OEM “dodge this” isue Do NOT even botheras in el cheapo designs ? design problems And expense involved
BETTER for them for repeat sales (hopefully) and “built-in” obsolesence and similar typical marketing BS . . . these days !
THE CT Answer !
Pressure Sensor, micro Flow Meter from BioTech Fluidics ( > NOT IN-expensive ! ) Optionall ( at your discretion ) ASK !
NE AND ISP - OPtion FOOT Pedal On/Off Control Accessory
NE Syringe Barral Heater ( to reduce Viscosity effects ! )
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