LC Clients

• Canned Motor Pumps
• Ratings:
  • 180 – 690 Vac, 25 – 60 Hz, 1.4 – 660 Amps, 0.75 – 315 Kw
  • – 40^oC to 60^oC
  • Class I Zone 1
  • Ex db IIC T1-T4
  • AEx db IIC T1-T4
  • IP 66

• Model Nomenclature: H/S/C series
  _ _ _ _ _ _ _-_ _ _ __ (__ __ __) __ /_ _ _ _ _ _ _ _ – _ __ __ __ __
   1 2 3 4 5 6 7 – 8 9 10 11 (12 13 14) 15    /   1 2 3 4 5 6 7 8 – 9 10 11 12 13

Pump Section:

Position 1 – Canned motor pump series

H – Standard chemical canned motor pump
S – Centerline mounted canned motor pump
C – Foot mounted canned motor pump

Positions (2 to 4) – Circulation plans for H/S/C Series

Note: Circulation plans are not relevant to the explosion proof designs. Examples of circulation plans are listed but not limited to below.

P – External recirculation basic type
PA – External recirculation basic type with adapter
PP – External pressurized type
V – Internal recirculation basic type
VA – Internal recirculation basic type with adapter
N – Reverse recirculation type
NA – Reverse recirculation type with adapter
NAP – Pressurized reverse recirculation type with adapter
T – High temperature type
Z – Self-priming type
R – High-melting-point type
W – Vertical reverse circulation type
WAP – Vertical pressurized reverse recirculation type with adapter
S – Slurry type with mechanical seal
F – Slurry type with back flush
M – Slurry type with metering pump
E – Submerged type
NP – Internal pressurized type

Positions (5 to 7) Nominal suction nozzle dia. in mm

Note: Suction nozzle sizes are not relevant to the explosion proof assessment.

Positions (8 to 10) Nominal discharge nozzle dia. in mm

Note: Discharge nozzle sizes are not relevant to the explosion proof assessment.

Position 11 – Nominal impeller sizes

Note: Nominal impeller sizes are not relevant to the explosion proof assessment. Examples of impeller sizes are listed but not limited to below.

A – 100mm; B – 125mm; C – 160mm; D – 200mm;
E – 260mm; F – 315mm; G – 400mm; H – 480mm;
J – 540mm; L – Other sizes.

Position 12 – Pump construction type

Note: Pump construction types are not relevant to the explosion proof assessment. Examples of pump construction types are listed but not limited to below.

1. a) None – Standard single stage
2. b) M – Multistage
3. c) S – Smaller sized impeller
4. d) Other – special design impellers

Positions (13 to 14) – Stages for multistage pump

Position 15 – Casing types

Note: Casing types are not relevant to the explosion proof assessment. Examples of casing types are listed but not limited to below.

None – Standard; J – Partially jacketed; Q – Fully jacketed

Motor Section:

Positions (1 to 4) – Motor frame sizes

Frame 110 – 115
Frame 210 – 212, 214
Frame 220 – 222
Frame 310 – 312, 314
Frame 320 – 321, 322
Frame 410 – 412, 415
Frame 420 – 421, 422
Frame 510 – 512, 514
Frame 520 – 521, 522
Frame 530 – 531, 532
Frame 610 – 612, 615
Frame 620 – 621, 622, 624
Frame 630 – 631, 632
Frame 710 – 712, 714
Frame 720 – 722, 724
Frame 730 – 732, 733, 734
Frame 810 – 813, 814
Frame 820 – 822, 825
Frame 910 – 912, 913
Frame 920 – 922, 923, 925

Position 5 – Motor insulation class

C – Class 200; S – Class 200 with jacket;

Note  – Standard 100 boundary is class H.  table 4 & 10 of CSA 100.  If you reach 195C & insulation is good for 200, motors cannot get hotter.  Limit of the motor temp will be 180C.

Insulation classes will be assessed to class H as per maximum in the standards.  Our report will spell out all insulations used, but our assessment will use the limits of class H.

Position 6 – Nominal supply voltage

1. 2 – 180~260V;
2. 4 – 300~480V;
3. 6 – 500~690V;

Position 7 – Starting method and thermal protection

B – DOL + Thermostat; P – DOL + Others;
E – Star-Delta + Thermostat;
Q – Star-Delta + Others;
F – Inverter + Thermostat;
R – Inverter + Others

Position 8 – HPB monitor type

Note: HBP circuitry is included in all versions.

None – Local mounted; L – Remote control;

Position 9 – Frequency and inducer

Note: Inducer is an impeller type and is not relevant to the explosion proof assessment, but frequency is.

B – 50Hz+No inducer; F – 50Hz+Inducer
A – 60Hz+No inducer; E – 60Hz+Inducer

Positions (10-11) – Design pressure in MPa

Note: Design pressure of the pump impacts inner part of the can thickness, the lowest rated pressure unit has the thinnest wall and greatest Ex d volume.

Position 12 – Bearing material

Note: Bearing materials are not relevant to the explosion proof assessment. Examples of bearing materials are listed but not limited to below.

C – Standard C.G.; H – Super hardened C.G.;
K – High temp. C.G.; S – SiC; E – Others

Position 13 – Wet end material

Note: Wet end materials are not relevant to the explosion proof designs. Examples of wet end materials are listed but not limited to below.

1 – Cast Iron; 2 – Cast Steel; 3 – ZG1Cr18Ni9;
4 – 304SS; 5 – 304L; 6 – 316SS; 7 – 316L; 9 – Others

• UL 60079-0: Ed 7
• UL 60079-1: Ed 7
• UL 1004-1: Ed 2, 2012
• CAN/CSA C22.2 No. 60079-0: 2019
• CAN/CSA C22.2 No. 60079-1: 2016
• CAN/CSA C22.2 No. 108: 14 (R 2024)
• CAN/CSA C22.2 No. 100:14 (R 2024)

• Don’t run the motor dry
• Any repair of the flameproof gaps is only allowed according to the instruction given by original manufact
• Refer to the instruction manual of the manufacturer during installation and commissioning

General Note:

• Project no.: LV-15441
• LC Listing Report no.: 11.02.15441-1_Rev.0
• LC Certificate no.: LC15441-1