• U.5886TX
• U.5885T LS
TRANSITIONAL CONCEALED THERMOSTATIC
SHOWER (TRIM ONLY)
The Transitional Bathroom Collection
Installation & User Guide
SPARES
CARE & MAINTENANCE
Wipe down after use to avoid water spotting and mineral build up.
Occasional cleaning with warm soapy water, followed by a polish with a soft cloth is all that is required to keep the
plated finish in good condition.
Do not use proprietary abrasive liquids, powders, or pads to clean the shower mixer. Do not use any products
with ammonia bleach or limescale remover. You will damage the plated finish and void your guarantee.
* Where indicated please specify color
Perrin & Rowe products are manufactured in the UK, using the latest
technology and built to the highest quality standards.
We would like to thank you for purchasing a Perrin & Rowe product and take
this opportunity to invite you to look at other luxury products by us. Please
contact us to recieve our latest catalogue.
Perrin & Rowe is a registered trademark.
9005885U
Issue 1
SPARE PARTS & SERVICE
3 Parker
Irvine
CA 92618
(714) 557-1933
www.rohlhome.com
ROHL WARRANTY POLICY
All products supplied by ROHL carry warranties against manufacturing defects.
Perrin & Rowe products carry a Limited Lifetime Warranty.
ROHL LLC will provide free of charge, as its options, replacement part(s) or product (or a comparable alternative
product) to replace those which have proven defective in materials or workmanship.
For full ROHL LLC WARRANTY please contact ROHL or visit www.rohlhome.com
USED WITH: U.5585R
O
7 . 7/
8"
Ø2
00m
m
9.18855*
9.24875*
(x2)
9.21858*
9.01850*
9.122003*
LASER
MARKED
9.26860*
9.21850*
U.5886TX
U.5885LS
9.21876*
Performance:
• Factory temperature setting: 100°F (38°C)
• Temperature range: 52-118°F (11-48°C)
• Temperature Hot supply: 149-180°F (65-82°C)
• Temperature Cold supply: 50-72°F (10-22°C)
• Temperature Stability: ±32°F
• Ideal performance obtained with equal hot & cold pressures.
Technical Data:
• Inlets - 3/4" NPT
• Working pressures: 15 psi Min - 75 psi Max.
• Shut off supply failure: <1 Second.
