REDA Hotline
High-temperature ESP motors
Increase production in heavy oil, gassy wells, and other extreme heat environments.
High-integrity power cables designed to maximize ESP system run life
Maximize overall electric submersible pump (ESP) system run life with cables that incorporate the most advanced materials, developed through decades of research and continuous testing. Power cables for REDA ESP systems are designed and manufactured to deliver consistent power to downhole equipment in
While a basic configuration of the main components is suitable for most well conditions, each standard cable can be customized to suit the specific requirements of a given well, including temperature and pressure ratings, corrosive properties, and gas/oil ratios.
Various grades of armor ranging from standard galvanized steel to MONEL alloys are available for protection against corrosive environments. All these ESP cables feature fully annealed, high-conductivity copper and tin lead–alloy-coated conductors for additional protection against corrosion. They also include best-in-class fluid- and gas-impermeable barriers and corrosion-resistant, high-strength metallic armors.
Cable Family | Application | Construction† |
---|---|---|
REDA MAX ESP power cable | Low to high temperature and gas | EE-R, ETBE-R, ETBE-F |
REDA Lead lead-barrier ESP power cable | High temperature, gassy, corrosive | ELC-LPF, ELC-F, EHLTB-F, ELBE-R |
REDA Subsea high-reliability corrosion-resistant ESP cable | Deepwater, subsea, high temperature, high horsepower | SESLTBE-R |
† E: Ethylene propylene diene monomer (EPDM); T: Tape; B: Braid; L: Lead; C: Cushion; LPF: Low-profile flat; HL: Heavy lead; S: Semicon.
Materials and specifications are subject to change without notice.
Improve system performance with motor lead extensions (MLEs) that use polyimide as the primary insulation and PEEK for extreme high-temperature or specialty applications. The same patented materials used in Schlumberger power cables are used in the MLE designs as secondary insulations and jackets to maximize system reliability.
Type† | Maximum Temperature | Pothead/Motor Compatibility | Insulation | Barrier | Applications |
---|---|---|---|---|---|
Type†KEOTB | Maximum Temperature121 degC [250 degF] | Pothead/Motor CompatibilityLegacy tape-in, legacy plug-in, MaxLok plug-in | InsulationPolyimide/EPDM | BarrierFluoropolymer tape and nitrile | ApplicationsLow temperature, low gas, potable water |
Type†KELTBLP | Maximum Temperature149 degC [300 degF] | Pothead/Motor CompatibilityLegacy tape-in, legacy plug-in | InsulationPolyimide/EPDM | BarrierLead and fluoropolymer tape | ApplicationsModerate temperature, moderate gas, reduced clearance |
Type†KELB | Maximum Temperature149 degC [300 degF] 204 degC [400 degF] | Pothead/Motor CompatibilityLegacy tape-in, legacy plug-in, MaxLok plug-in | InsulationPolyimide/EPDM | BarrierLead | ApplicationsModerate to high temperature, high gas |
Type†PEEKLB | Maximum Temperature232 degC [450 degF] | Pothead/Motor CompatibilityTrident | InsulationPEEK | BarrierLead | ApplicationsHigh temperature, high H2S, high hp, extreme reliability |
Type†PEEKLB | Maximum Temperature260 degC [500 degF] | Pothead/Motor CompatibilityHotline 550 | InsulationPEEK | BarrierLead | ApplicationsVery high temperature, SAGD, steam flooding |
Type†XHLTB | Maximum Temperature288 degC [550 degF] | Pothead/Motor CompatibilityHotline XTend | InsulationHigh-temp. polyimide | BarrierHeavy lead and fluoropolymer | ApplicationsExtremely high temperature, SAGD, steam flooding |
†E: Ethylene propylene diene monomer (EPDM); T: Tape; B: Braid; L: Lead; LP: Low profile; HL: Heavy lead; XHL: Extreme heavy lead; O: Nitrile.
Materials and specifications are subject to change without notice.