Park Lighting Poles: PMO and PKO

Purpose and design

Park poles are meant for lighting courtyards, squares, parks, filling stations, retail complex grounds, shops, kindergartens, embankment walks and cultural centres.

The design suits both underground (trench) and overhead cable supply. There is an electrical access hatch at the bottom of the pole above ground, where a protective circuit breaker can be fitted. We agree extra hatches and holes when the order is placed and make them to an individual design.

The poles have a modern appearance and a simple design. We make them on equipment for multi-sided poles.

Prices of PLO, PMO, PKO poles

Indicative prices per piece including VAT (September 2026), excluding brackets, anchor cage, delivery and installation. All ranges and what the price includes: Lighting pole prices.

Range	Purpose	Heights	Price, UAH incl. VAT per unit
PLO	Light-duty multi-sided park poles	3–8 m	4,400 – 10,400
PMO	Multi-sided park poles	3–10 m	5,000 – 17,000
PKO	Conical park poles	3–10 m	3,800 – 16,600

Types of park poles

• PMO: multi-sided galvanised lighting poles, 3, 4, 5, 6, 7, 8, 9 and 10 m high (PMO-3 … PMO-10);
• PLO: lightweight multi-sided lighting poles, 3 to 8 m high (PLO-3 … PLO-8);
• PKO: tapered galvanised lighting poles, 3, 4, 5, 6, 7, 8, 9 and 10 m high (PKO-3 … PKO-10).

Material: steel S245, S255 (to DBN V.2.6-198:2014), wall thickness 3 mm; coating: hot-dip galvanising to DSTU EN ISO 1461:2024. The products are certified.

Designation example. A multi-sided park lighting pole 6 m high: PMO-6 TU U 25.1-39573934-001:2016. A tapered park pole 6 m high: PKO-6 TU U 25.1-39573934-001:2016.

Dimensions and scope of application

Data from the catalogue “Structures for outdoor lighting” (2023).

PMO: pole dimensions

Pole mark	H, m	∅a, mm	∅b, mm	W, mm	v, mm	Wp, mm	B, mm	n×d, mm	Anchor cage
PMO-3	3	60	168	500	90	600	190	М20/4	ФПО-800-1
PMO-4	4	60	168	500	90	600	190	М20/4	ФПО-800-1
PMO-5	5	60	168	500	90	600	190	М20/4	ФПО-800-1
PMO-6	6	60	206	500	90	600	220	М24/4	ФПО-1000-1
PMO-7	7	60	206	500	90	600	220	М24/4	ФПО-1000-1
PMO-8	8	60	206	500	90	600	220	М24/4	ФПО-1000-1
PMO-9	9	60	206	500	90	600	220	М24/4	ФПО-1200-2
PMO-10	10	60	206	500	90	600	220	М24/4	ФПО-1200-2

PMO: scope of application

H, m	Hs, m	S, m	Equipment mass, kg	Q, kN	M, kN·m	400 Pa, m²	450 Pa, m²	500 Pa, m²	550 Pa, m²	600 Pa, m²
3	–	–	50 (on the axis)	1,44	4,20	3,390	2,979	2,653	2,387	2,166
4	–	–	50 (on the axis)	1,33	4,74	2,688	2,349	2,080	1,861	1,680
5	–	–	50 (on the axis)	1,25	5,10	2,066	1,792	1,575	1,399	1,253
6	–	–	50 (on the axis)	1,21	5,33	2,884	2,5	2,2	1,955	1,752
7	–	–	50 (on the axis)	1,75	9,15	2,202	1,894	1,649	1,45	1,285
8	–	–	50 (on the axis)	1,73	9,42	1,678	1,423	1,223	1,061	0,926
9	–	–	50 (on the axis)	1,73	9,64	1,265	1,053	0,886	0,749	0,638
10	–	–	50 (on the axis)	1,76	9,87	0,938	0,76	0,618	0,503	0,408
3	4	1,5	15 (on a 1-arm bracket)	1,44	4,20	2,307	2,008	1,770	1,577	1,418
4	5	1,5	15 (on a 1-arm bracket)	1,33	4,74	2,003	1,732	1,516	1,341	1,197
5	6	1,5	15 (on a 1-arm bracket)	1,25	5,10	1,533	1,313	1,137	0,994	0,876
6	7	1,5	15 (on a 1-arm bracket)	1,21	5,33	2,256	1,94	1,688	1,484	1,314
7	8	1,5	15 (on a 1-arm bracket)	1,75	9,15	1,755	1,49	1,279	1,107	0,965
8	9	1,5	15 (on a 1-arm bracket)	1,73	9,42	1,344	1,119	0,942	0,799	0,681
9	10	1,5	15 (on a 1-arm bracket)	1,73	9,64	1,004	0,815	0,664	0,542	0,441
10	11	1,5	15 (on a 1-arm bracket)	1,76	9,87	0,741	0,575	0,443	0,337	0,249
3	4	2х1,5	2х15 (on a 2-arm bracket)	1,44	4,20	1,068	0,923	0,808	0,714	0,638
4	5	2х1,5	2х15 (on a 2-arm bracket)	1,33	4,74	0,913	0,783	0,679	0,595	0,525
5	6	2х1,5	2х15 (on a 2-arm bracket)	1,25	5,10	0,684	0,577	0,492	0,423	0,366
6	7	2х1,5	2х15 (on a 2-arm bracket)	1,21	5,33	1,031	0,877	0,755	0,656	0,575
7	8	2х1,5	2х15 (on a 2-arm bracket)	1,75	9,15	0,783	0,656	0,555	0,473	0,405
8	9	2х1,5	2х15 (on a 2-arm bracket)	1,73	9,42	0,584	0,477	0,392	0,323	0,267
9	10	2х1,5	2х15 (on a 2-arm bracket)	1,73	9,64	0,419	0,329	0,257	0,199	0,151
10	11	2х1,5	2х15 (on a 2-arm bracket)	1,76	9,87	0,292	0,212	0,15	0,099	0,057

PLO: pole dimensions

Pole mark	H, m	∅a, mm	∅b, mm	W, mm	v, mm	Wp, mm	B, mm	n×d, mm	Anchor cage
PLO-3	3	60	145	500	90	500	190	М20/4	ФПО-800-1
PLO-4	4	60	145	500	90	500	190	М20/4	ФПО-800-1
PLO-5	5	60	145	500	90	500	190	М20/4	ФПО-800-1
PLO-6	6	60	145	500	90	500	190	М20/4	ФПО-800-1
PLO-7	7	60	145	500	90	500	190	М20/4	ФПО-800-1
PLO-8	8	60	145	500	90	500	190	М20/4	ФПО-800-1

PLO: scope of application

H, m	Hs, m	S, m	Equipment mass, kg	Q, kN	M, kN·m	400 Pa, m²	450 Pa, m²	500 Pa, m²	550 Pa, m²	600 Pa, m²
3	–	–	50 (on the axis)	1,02	2,86	2,186	1,916	1,701	1,527	1,382
4	–	–	50 (on the axis)	0,96	3,23	1,696	1,475	1,300	1,157	1,040
5	–	–	50 (on the axis)	0,92	3,47	1,271	1,093	0,952	0,837	0,742
6	–	–	50 (on the axis)	0,92	3,65	0,896	0,756	0,646	0,556	0,482
7	–	–	50 (on the axis)	0,93	3,80	0,615	0,503	0,414	0,342	0,283
8	–	–	50 (on the axis)	0,96	3,94	0,397	0,305	0,232	0,174	0,126
3	4	1,5	15 (on a 1-arm bracket)	1,02	2,86	1,449	1,252	1,095	0,968	0,863
4	5	1,5	15 (on a 1-arm bracket)	0,96	3,23	1,223	1,045	0,905	0,791	0,696
5	6	1,5	15 (on a 1-arm bracket)	0,92	3,47	0,900	0,755	0,639	0,545	0,468
6	7	1,5	15 (on a 1-arm bracket)	0,92	3,65	0,628	0,508	0,415	0,338	0,275
7	8	1,5	15 (on a 1-arm bracket)	0,93	3,80	0,408	0,309	0,231	0,168	0,116
8	9	1,5	15 (on a 1-arm bracket)	0,96	3,94	0,226	0,144	0,079	0,026	–
3	4	2х1,5	2х15 (on a 2-arm bracket)	1,02	2,86	0,651	0,556	0,481	0,419	0,369
4	5	2х1,5	2х15 (on a 2-arm bracket)	0,96	3,23	0,537	0,451	0,383	0,327	0,282
5	6	2х1,5	2х15 (on a 2-arm bracket)	0,92	3,47	0,377	0,307	0,253	0,208	0,171
6	7	2х1,5	2х15 (on a 2-arm bracket)	0,92	3,65	0,245	0,188	0,143	0,107	0,077
7	8	2х1,5	2х15 (on a 2-arm bracket)	0,93	3,80	0,138	0,091	0,054	0,024	–
8	9	2х1,5	2х15 (on a 2-arm bracket)	0,96	3,94	0,050	0,011	–	–	–

PKO: pole dimensions

Pole mark	H, m	∅a, mm	∅b, mm	W, mm	v, mm	Wp, mm	B, mm	n×d, mm	Anchor cage
PKO-3	3	60	96	500	90	600	190	М20/4	ФПО-800-1
PKO-4	4	60	108	500	90	600	190	М20/4	ФПО-800-1
PKO-5	5	60	120	500	90	600	190	М20/4	ФПО-800-1
PKO-6	6	60	132	500	90	600	220	М24/4	ФПО-1000-1
PKO-7	7	60	144	500	90	600	220	М24/4	ФПО-1000-1
PKO-8	8	60	156	500	90	600	220	М24/4	ФПО-1000-1
PKO-9	9	60	168	500	90	600	220	М24/4	ФПО-1200-2
PKO-10	10	60	180	500	90	600	220	М24/4	ФПО-1200-2

PKO: scope of application

H, m	Hs, m	S, m	Equipment mass, kg	Q, kN	M, kN·m	400 Pa, m²	450 Pa, m²	500 Pa, m²	550 Pa, m²	600 Pa, m²
3	–	–	50 (on the axis)	0,47	1,28	0,876	0,764	0,675	0,603	0,544
4	–	–	50 (on the axis)	0,58	1,97	0,981	0,851	0,748	0,664	0,595
5	–	–	50 (on the axis)	0,69	2,77	1,035	0,893	0,780	0,689	0,618
6	–	–	50 (on the axis)	0,70	3,02	0,791	0,674	0,582	0,507	0,445
7	–	–	50 (on the axis)	0,84	4,01	0,810	0,686	0,587	0,508	0,442
8	–	–	50 (on the axis)	0,97	5,11	0,812	0,682	0,580	0,497	0,428
9	–	–	50 (on the axis)	1,11	6,32	0,801	0,667	0,561	0,475	0,404
10	–	–	50 (on the axis)	1,27	7,67	0,789	0,650	0,540	0,452	0,379
3	4	1,5	15 (on a 1-arm bracket)	0,47	1,28	0,517	0,433	0,366	0,312	0,267
4	5	1,5	15 (on a 1-arm bracket)	0,58	1,97	0,663	0,557	0,472	0,403	0,347
5	6	1,5	15 (on a 1-arm bracket)	0,69	2,77	0,714	0,597	0,504	0,430	0,368
6	7	1,5	15 (on a 1-arm bracket)	0,70	3,02	0,538	0,440	0,361	0,297	0,244
7	8	1,5	15 (on a 1-arm bracket)	0,84	4,01	0,575	0,467	0,381	0,311	0,253
8	9	1,5	15 (on a 1-arm bracket)	0,97	5,11	0,594	0,478	0,386	0,312	0,250
9	10	1,5	15 (on a 1-arm bracket)	1,11	6,32	0,597	0,475	0,379	0,301	0,237
10	11	1,5	15 (on a 1-arm bracket)	1,27	7,67	0,606	0,477	0,376	0,293	0,228
3	4	2х1,5	2х15 (on a 2-arm bracket)	0,47	1,28	0,200	0,160	0,128	0,102	0,080
4	5	2х1,5	2х15 (on a 2-arm bracket)	0,58	1,97	0,266	0,215	0,175	0,142	0,115
5	6	2х1,5	2х15 (on a 2-arm bracket)	0,69	2,77	0,289	0,233	0,189	0,153	0,124
6	7	2х1,5	2х15 (on a 2-arm bracket)	0,70	3,02	0,203	0,156	0,119	0,089	0,064
7	8	2х1,5	2х15 (on a 2-arm bracket)	0,84	4,01	0,219	0,168	0,127	0,094	0,067
8	9	2х1,5	2х15 (on a 2-arm bracket)	0,97	5,11	0,227	0,172	0,128	0,093	0,064
9	10	2х1,5	2х15 (on a 2-arm bracket)	1,11	6,32	0,227	0,169	0,124	0,087	0,056
10	11	2х1,5	2х15 (on a 2-arm bracket)	1,27	7,67	0,230	0,169	0,120	0,081	0,049

Symbols

Total area of lighting fittings (Caer = 1, terrain type III) by wind pressure; Q and M are the loads at the pole base.

H: pole height; Hs: height of the pole with bracket; S: bracket reach from the pole axis;

∅a: top diameter; ∅b: bottom diameter; W: height of the access hatch; v: hatch width; Wp: distance from the hatch to the base of the pole;

B: centre distance between the base flange holes; n×d: number and diameter of anchor bolts;

Q: shear force at the pole base; M: bending moment at the pole base.

Lighting parks and landscaped areas

Parks are lit in the evening and at night so that people can relax safely and comfortably and the grounds have an aesthetic, romantic look. Where there is no mains supply, or to light remote areas, autonomous solar lighting can be used.

The type and height of the poles are chosen for the particular park. The choice depends on the historical and cultural value of the place, the density of planting, the width of paths, the number of benches and architectural elements (monuments, fountains, bridges).

In parks and landscaped areas the usual choice is LED luminaires on tapered or multi-sided poles four to eight metres high.

Protection and painting

The poles are protected against the aggressive environment by hot-dip galvanising to DSTU EN ISO 1461:2024. On request a paint coat of any colour is applied over the zinc. The price depends on the type, height and power of the luminaires; extra painting adds to it. Brackets, including decorative ones, are not included in the pole price and have a separate price list.

Park poles are set on foundations of various types; see the knowledge base articles on foundations and installation of lighting poles. For the areas next to parks, street and yard lighting poles are used.

Selecting a pole by luminaire area and mass

You do not have to look up the permissible luminaire area in the “Scope of application” table by hand: the pole selection calculator by luminaire area and mass compares your luminaires with these data and shows which poles suit the height, wind region and mounting scheme.